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Australia’s cost recovery arrangements for export certification: implications for Australian agriculture Linden Whittle, Kyann Zhang, Kasia Mazur, Maggie Skirtun, Donkor
Addai, Emily M Gray and Alistair Davidson
Research by the Australian Bureau of Agricultural
and Resource Economics and Sciences
ABARES Research Report 15.8 October 2015
© Commonwealth of Australia 2015
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Cataloguing data
Whittle, L, Zhang, K, Mazur, K, Skirtun, M, Addai, D, Gray, EM and Davidson, A 2015, Australia’s cost recovery arrangements for export certification: implications for Australian agriculture ABARES research report 15.8, Canberra, October. CC BY 3.0.
ISSN 1447-8358 ISBN 978-1-74323-252-1 ABARES project 43530
Internet
Australia’s cost recovery arrangements for export certification: implications for Australian agriculture is available at agriculture.gov.au/abares/publications.
Australian Bureau of Agricultural and Resource Economics and Sciences (ABARES)
Postal address GPO Box 858 Canberra ACT 2601 Switchboard +61 2 6272 3933 Facsimile +61 2 6272 2001 Email [email protected] Web agriculture.gov.au/abares
Inquiries about the licence and any use of this document should be sent to [email protected].
The Australian Government acting through the Department of Agriculture and Water Resources, represented by the Australian Bureau of Agricultural and Resource Economics and Sciences, has exercised due care and skill in preparing and compiling the information and data in this publication. Notwithstanding, the Department of Agriculture and Water Resources, ABARES and its employees and advisers disclaim all liability, including for negligence and for any loss, damage, injury, expense or cost incurred by any person as a result of accessing, using or relying on information or data in this publication to the maximum extent permitted by law.
Acknowledgements
The authors would like to acknowledge the contribution of many Department of Agriculture and Water Resources officials who provided advice and assistance—in particular David Cui and Peter Gooday (ABARES); Brendan Finch, Josh Francis, Julie Gaglia and Cameron McDonald (Cost Recovery Taskforce); Sue Cooper and Rachel Mealing (Trade and Market Access Division); and Nora Galway and Edwina Mulhearn (Exports Division). The authors would also like to thank officials in the Department of Foreign Affairs and Trade, overseas posts and foreign national authorities and industry organisations who provided information and assistance.
Cost recovery arrangements for export certification and Australian agriculture ABARES
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Contents
Summary 1
1 Introduction 4
Scope 4
Report outline 5
2 Cost recovery arrangements 6
Australia’s cost recovery arrangements for export certification 6
Cost Recovery arrangements in other countries 7
3 Impacts on trade competitiveness 22
Scenarios 22
Approach 22
Results 25
4 Discussion 34
Appendix A: Industry profiles 36
Beef 36
Sheep meat 37
Live cattle exports 38
Wool 40
Dairy 42
Wheat 44
Coarse grains 45
Seafood 45
Appendix B: Sensitivity analysis 49
Variable export prices 49
Fixed export prices 55
Appendix C: Questionnaire 61
Glossary 62
References 63
Tables
Table S1 Change in value of exports under full cost recovery compared with
alternative scenarios 3
Table 1 Commodities and major competitors considered 4
Cost recovery arrangements for export certification and Australian agriculture ABARES
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Table 2 Cost recovery charges collected for export certification services in 2013–
14 8
Table 3 Countries considered in review of cost recovery arrangements 8
Table 4 Tariffs charged per box, Chile Agricultural and Livestock Service 15
Table 5 Fee breakdown by cost components, Netherlands Food and Consumer
Product Safety Authority 18
Table 6 Description of scenarios 22
Table 7 Summary of key data, by commodity 24
Table 8 Estimated potential impacts under full cost recovery compared with
Scenario 1, assuming variable export prices 28
Table 9 Changes in farmgate prices under full cost recovery compared with
Scenario 1, assuming 100 per cent pass-back of export certification
costs to producers 31
Table 10 Change in value of broadacre and dairy farm receipts in 2013–14 under
full cost recovery compared with alternative scenarios, $ a farm and per
cent of farm receipts a,b 32
Table 11 Change in value of average farm receipts for selected horticulture
products under full cost recovery compared with alternative scenarios,
$ million a farm 33
Table A1 Imports of fresh, chilled and frozen southern bluefin tuna into Japan 46
Table A2 Imports of fresh, chilled and frozen Atlantic and Pacific bluefin tuna into
Japan 46
Table A3 Top export destinations for Australian abalone by commodity type 47
Table A4 Imports of abalone into China, Hong Kong, Japan and Singapore, 2012 47
Table A5 Top export destinations for Australian unfrozen rock lobster 48
Table B1 Estimated potential impacts under full cost recovery compared with
scenario 1, assuming variable export prices 49
Table B2 Estimated potential impacts under full cost recovery compared with
Scenario 2, assuming variable export prices 50
Table B3 Estimated potential impacts under full cost recovery compared with
Scenario 3, assuming variable export prices 51
Table B4 Changes in farmgate prices under full cost recovery compared with
alternative scenarios, assuming variable export prices 52
Table B5 Change in value of broadacre and dairy farm receipts in 2013–14 under
full cost recovery compared with alternative cost pass-back rates and
alternative scenarios, assuming variable export prices, $ per farm and
per cent of farm receipts 53
Table B6 Change in value of average farm receipts for selected horticulture
products under full cost recovery compared with alternative cost pass-
back rates and alternative scenarios, assuming variable export prices,
$m a farm 54
Table B7 Estimated potential impacts under full cost recovery compared with
Scenario 1, assuming fixed export prices 55
Cost recovery arrangements for export certification and Australian agriculture ABARES
iv
Table B8 Estimated potential impacts under full cost recovery compared with
Scenario 2, assuming fixed export prices 56
Table B9 Estimated potential impacts under full cost recovery compared with
Scenario 3, assuming fixed export prices 57
Table B10 Changes in farmgate prices under full cost recovery compared with
alternative scenarios, assuming fixed export prices 58
Table B11 Change in value of broadacre and dairy farm receipts in 2013–14 under
full cost recovery compared with alternative cost pass-back rates and
alternative scenarios, assuming fixed export prices, $ per farm and per
cent of farm receipts 59
Table B12 Change in the value of average farm receipts for selected horticulture
products under full cost recovery compared with alternative cost pass-
back rates and alternative scenarios, assuming fixed export prices, $m a
farm 60
Figures
Figure 1 Change in value of exports under full cost recovery compared with
alternative scenarios 26
Figure 2 Change in value of exports under full cost recovery compared with
alternative scenarios, assuming fixed export prices 30
Figure A1 Value of Australian beef and veal exports, selected countries, 2005–06 to
2012–13 37
Figure A2 Volume of Australian lamb exports, selected countries, 2005–06 to
2012–13 38
Figure A3 Volume of Australian mutton exports, selected countries, 2005–06 to
2012–13 38
Figure A4 Australia live cattle exported ('000), selected countries, 2005–06 to
2012–13 39
Figure A5 Live sheep exported ('000), selected countries, 2005–06 and 2012–13 40
Figure A6 Value of wool exports, selected countries, 2005–06 to 2012–13 41
Figure A7 Value of Australian dairy product exports, selected countries, 2005–06
to 2012–13 42
Figure A8 Value of Australian fruit and nuts exports, 2005–06 to 2012–13 43
Figure A9 Volume of Australian wheat production and exports, 2005–06 to 2012–
13 44
Figure A10 Volume of Australian coarse grains production and exports, 2005–06 to
2012–13 45
Cost recovery arrangements for export certification and Australian agriculture ABARES
1
Summary Most agricultural and fisheries products require certification for export from Australia. Export
certification verifies that the production, storage, handling and transport of products intended
for export meet Australian export controls. This facilitates their export from Australia.
Moreover, importing countries may require additional government certification to verify that
products comply with their import requirements, including for biosecurity and food safety.
The Australian Government Department of Agriculture and Water Resources assists exporters
to access overseas export markets by providing a range of export certification services,
including inspecting and certifying food, plant and live animal exports. The department aims to
recover in full the costs of providing export certification and related services to exporters. In
2013–14, the department recovered $112.4 million from industry.
The department determines the charges for providing export certification services using an
activity based cost model driven by forecast volumes of exports. The cost base underpinning the
cost model comprises three types of costs:
a) direct costs—these can be traced to the provision of an activity (for example,
undertaking an audit or issuing a certificate) such as staff salaries and supplier costs
b) indirect costs—these are not easily linked to an activity provided by the department.
Indirect expenses include corporate employee salaries and overheads (such as
information technology, finance and human resources costs)
c) capital costs—these include property and depreciation.
The department’s Cost Recovery Taskforce is redesigning cost recovery arrangements as part of
a funding strategy for biosecurity and export services. To support this process, ABARES has
analysed the impact of full cost recovery on the competitiveness of Australian agricultural and
fisheries exports by:
investigating cost recovery arrangements for export certification for selected countries and commodities
estimating impacts of cost recovery charges for export certification on the competitiveness of Australia’s major agricultural and fisheries exports.
ABARES investigated the cost recovery arrangements of New Zealand, the United States,
Canada, Chile, Thailand, the Netherlands, Germany, Ireland and Poland. All of these countries
have arrangements to recover some or all of the costs of providing export certification services.
However, arrangements differ across countries in relation to:
the types of services provided to exporters for which costs are recovered
the categories of costs (direct costs and overheads) recovered from exporters.
Some of Australia’s main competitors in export markets recover in full the costs of providing
export certification services. New Zealand competes with Australia in markets for sheep meat,
dairy products and wool. It recovers 100 per cent of the costs of providing export certification
services similar to Australia’s. The United States competes with Australia in markets for beef,
grains, dairy products and horticulture, particularly almonds. It is moving towards full cost
recovery of export services. Canada targets full cost recovery of export certification services
provided to grain exporters, and Chile recovers the full costs of all services provided to
horticulture exporters as part of its phytosanitary certification process.
Cost recovery arrangements for export certification and Australian agriculture ABARES
2
Other countries considered by ABARES indicated that their goal was full cost recovery but that
it was not necessarily realised in practice. For example, the Netherlands recovers around
85 per cent of all costs incurred in the export certification process and Poland does not recover
overhead costs. Germany indicated that costs were fully recovered from exporters, but ABARES
was unable to determine if this included overhead costs or if exporters were only charged for
services (such as inspection and certification) provided directly to individual exporters.
Thailand competes with Australia in live cattle export markets in Malaysia and Vietnam. It
recovers from exporters at least some of the costs of export controls (such as inspections)
through fees for export of live cattle.
ABARES analysed the impact of export certification cost recovery charges on trade competitiveness
by comparing the value of exports under full cost recovery with the estimated value of exports
under alternative cost recovery scenarios that broadly capture observed differences between
Australia and other countries. ABARES considered the commodities beef, sheep meat, live cattle and
sheep, wool, table grapes, oranges, grains, macadamias, almonds, processed dairy products, prawns,
tuna, rock lobster and abalone. Specifically, ABARES compared the value of exports of these
commodities under full cost recovery with the estimated value of exports if the department were to
recover:
no costs (scenario 1)
only costs of services provided directly to individual exporters or businesses at their request (inspection and certification services) plus property and depreciation expenses incurred in operating the export certification system (scenario 2). In this scenarios, the department does not recover the costs of ‘all-of-industry’ services (that is, managing and administering the export system).
only the costs of providing export certification services (direct costs of inspection and certification services, and costs of managing and administering the export system) (scenario 3). In this scenarios, the department does not recover property and depreciation expenses in operating the export certification system.
Table S1 shows that export certification costs have a small impact on trade competitiveness,
measured as a change in value of exports. When compared with value of exports without cost
recovery (scenario 1), the fall in value of exports is less than 1 per cent for each of the
commodities considered. The largest declines occur in values of beef and sheep meat exports,
which are estimated to fall by 0.79 per cent and 0.54 per cent respectively. This is in part
because meat producers face the highest industry costs of export certification (0.79 per cent of
the value of exports). Although the value of nut exports marginally increases, this does not
imply that certification has necessarily improved its export competitiveness. It simply reflects
an assumption that Australian nut exporters have greater scope to pass on the cost of export
certification compared with exporters of other commodities.
The estimated decline in value of exports was smaller when full cost recovery was compared
with cost recovery arrangements that broadly captured observed differences between
Australia’s arrangements and the arrangements of other countries—that is, arrangements
where only the costs of providing inspection and certification services are recovered from
exporters (scenario 2) or where the department’s overhead costs beyond the export
certification system are not recovered from exporters (scenario 3). For these scenarios, decline
in value of exports was estimated to be less than 0.1 per cent for all commodities except beef.
This also reflected the higher cost of export certification faced by meat exporters.
Cost recovery arrangements for export certification and Australian agriculture ABARES
3
In Australia, most cost recovery charges for export certification are charged to exporters and
processors. Part or all of these costs may be passed back to producers. ABARES modelled the
impact on farmgate receipts for the scenario where all export certification cost recovery charges
that are not passed on to importing countries are passed back to producers by the exporters and
processors who pay them.
Compared with no cost recovery, livestock producers’ farmgate receipts are estimated to fall by
between 0.57 to 0.74 per cent: in dollar terms, the impacts range from $1 509 for a typical sheep
farm to about $2 440 for a typical sheep–beef farm. The farmgate receipts are estimated to fall
by up to 0.10 per cent for dairy producers and by up to 0.23 per cent for wheat producers. In
dollar terms, the impacts range from $648 for a typical dairy farm to $1 884 for a typical wheat
and other crops farm. The estimated declines in horticulture receipts range from 0.11 per cent
for an almond farmer to 0.38 per cent for a table grape producer: in dollar terms, the impacts
range from $425 for a macadamia farmer to $2 417 for an almond farmer.
Table S1 Change in value of exports under full cost recovery compared with alternative scenarios
Commodity Scenario 1: no costs recovered (% change)
Scenario 2: full cost recovery less costs of managing and
administering export system (% change)
Scenario 3: full cost recovery less property and
depreciation costs (% change)
Abalone –0.08 –0.02 –0.02
Almonds 0.02 0.00 0.00
Beef –0.79 –0.07 –0.12
Dairy –0.04 –0.01 –0.01
Grains –0.11 –0.02 –0.01
Live cattle –0.13 –0.04 –0.05
Live sheep –0.13 –0.04 –0.05
Oranges –0.13 –0.05 –0.03
Macadamias 0.03 0.01 0.00
Prawns –0.18 –0.05 –0.04
Rock lobster –0.03 –0.01 –0.01
Sheep meat –0.54 –0.04 –0.08
Table grapes –0.09 –0.03 –0.02
Tuna –0.02 0.00 0.00
Wool –0.04 0.00 –0.01
Cost recovery arrangements for export certification and Australian agriculture ABARES
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1 Introduction The Department of Agriculture and Water Resources is redesigning the structure of fees and
charges for export certification services, as part of a wider review into cost recovery
arrangements for agriculture. The department’s export programmes provide exporters with
numerous services that support market access for agricultural products. These include
inspection, auditing and certification services for food, plant and live animal exports. Since 2011
the department has recovered the cost of providing these services in full, through fees and
charges collected from service recipients.
The rationale for full cost recovery of export certification is widely accepted—that is, individual
and business recipients of government services should contribute to the cost of providing them.
The department’s export programmes provide numerous services to industry to ensure that
exports meet the requirements of importing countries. The department also works to create
new market opportunities and to maintain existing market access arrangements.
However, some industry stakeholders have suggested that government recovering the full cost
of export certification services is affecting the international competitiveness of Australia’s
agricultural exports. Cost recovery charges for export certification services are a cost of doing
business for Australian exporters. If Australian exporters face higher export certification costs
than exporters in other countries, this may reduce their competitiveness in export markets.
In light of these concerns, the Cost Recovery Taskforce asked ABARES to analyse the effect of
government recovering the cost of export certification services on the competitiveness of
Australian agricultural exports. It asked ABARES to:
investigate the cost recovery arrangements for export certification for selected countries and commodities
impacts of cost recovery charges for export certification on the competitiveness of Australia’s major agricultural and fisheries exports.
Scope
ABARES undertook the analysis based on cost recovery arrangements and expenditures
recovered from users in 2013–14 (the latest year for which data are available). The analysis did
not examine the implications of changes to cost recovery arrangements implemented in 2014–
15 or the changes currently being considered.
The scope of the analysis is confined to the agricultural and fisheries commodities listed in
Table 1. ABARES identified Australia’s main competitors in agricultural export markets in
consultation with the department’s Cost Recovery Taskforce and Plant Export Operations
Branch.
Table 1 Commodities and major competitors considered
Commodity Major competitors
Abalone a —
Almonds United States
Beef United States
Grains Canada, European Union c and
Cost recovery arrangements for export certification and Australian agriculture ABARES
5
Commodity Major competitors
United States
Live cattle Thailand
Live sheep a –
Macadamias a –
Oranges Chile
Prawns a –
Processed dairy products New Zealand, European Union b and United States
Rock lobster a –
Sheep meat New Zealand
Table grapes Chile
Tuna a –
Wool New Zealand
a Country comparisons were not made for live sheep, macadamias and seafood commodities because information was not available within the project time frame. b Export certification cost recovery arrangements for dairy products originating in Germany, Poland, Ireland and the Netherlands are described in this report. c Export certification cost recovery arrangements for grain originating in Germany are described in this report.
Report outline
Chapter 2 provides an overview of the export certification services the department provides to
exporters and the cost recovery arrangements for those services. It outlines the cost recovery
arrangements for export certification for New Zealand, the United States, Canada, Chile,
Thailand, the Netherlands, Germany, Ireland and Poland.
Chapter 3 analyses the impact of full cost recovery of export certification services on trade
competitiveness of beef, sheep meat, live cattle and sheep, wool, table grapes, oranges, grains,
macadamias, almonds, processed dairy products, prawns, tuna, rock lobster and abalone. The
first part estimates change in value of exports under full cost recovery relative to three
scenarios that broadly capture observed differences between Australia’s cost recovery
arrangements and the arrangements of the countries in Table 1. The second part of the chapter
estimates the impact on farmgate receipts if all export certification costs that are not passed on
to importing countries are passed back to producers by the exporters and processors who pay
them.
Chapter 4 concludes the report. It discusses the impact of Australia’s arrangements compared
with the impact of its competitors’ arrangements.
Cost recovery arrangements for export certification and Australian agriculture ABARES
6
2 Cost recovery arrangements
Australia’s cost recovery arrangements for export certification
The Department of Agriculture and Water Resources’ commodity export programmes provide a
range of export certification services to assist exporters in accessing overseas export markets.
Exports of most agricultural and fisheries products are prohibited without an export permit,
because of the biosecurity risk they may pose to the importing country. Moreover, overseas
government authorities may need additional export certification (for example, phytosanitary,
health or veterinary certificates) to verify that Australian exports comply with their import
requirements (Department of Agriculture 2014, 2015a). By providing inspection, audit and
certification services, and policy and technical support, the department helps maintain export
eligibility of Australian agricultural products.
Export programme services
The department’s export programme services and activities vary across commodities (as outlined
in previous export programme cost recovery impact statements, see DAFF 2010). In general, they:
provide inspection and auditing services
issue export permits, certificates and other documentation
manage and administer the export system.
The department provides inspection and auditing services to ensure that production, storage,
handling and transportation of products intended for export meet prescribed conditions of the
Australian export controls and any additional importing country requirements. The type of
inspection depends on the commodity and the importing country’s requirements, but most
agricultural and fisheries products must undergo some form of inspection to verify that they are
safe and accurately described and that they meet Australian, international and importer
requirements (Department of Agriculture 2015a). The department also routinely audits
establishments to ensure that facilities and processes meet standards required by Australia’s
trading partners.
The department issues export permits, certificates and other documentation to facilitate export
from Australia and to confirm that a product complies with any additional requirements of the
importing country. It issues documents for particular export consignments, electronically or
manually.
The department provides inspection, auditing, certification and documentation services directly
to individual exporters or businesses at their request. However, its export system management
and administration activities are ‘all-of-industry’ services—that is, it provides these services to,
and they benefit, participants in the relevant export industry as a whole.
The department’s export system management and administration activities benefit exporting
industries by maintaining eligibility of commodities for export from Australia and access to
markets. The department develops, implements and monitors the operational policy and
systems that help ensure products comply with Australian export controls and any additional
importing country requirements. In addition, the department:
Cost recovery arrangements for export certification and Australian agriculture ABARES
7
provides policy, procedure and technical advice to registered establishments on changes to importing countries’ requirements, national phytosanitary and food safety issues, supply chain traceability and regulation, inspection and verification requirements for exported products, and export certification
maintains and demonstrates training programmes for programme staff
negotiates and organises direct audits of the export certification system by Australia’s trading partners, and collects and maintains performance data to facilitate these audits
registers and maintains records of establishments involved in the production, preparation, handling and storage of products for export (DAFF 2010).
Cost recovery arrangements
Consistent with the Australian Government’s cost recovery principles (Department of Finance
2014), the department provides export certification services to industry on a fully cost recovered
basis. The department recovers the full cost of providing export certification services through fees
and levies collected from exporters. The department charges fees for services provided directly to
specific individual exporters or businesses and levies for services provided to a group of
individuals or businesses (for example, the exporting industry). Specific user charges include:
fixed annual establishment registration levies and, for some commodities, quantity charges to recover the costs of activities that benefit exporting industries as a whole (that is, export system management and administration activities)
fees-for-service for inspections and audits provided directly to individual exporters or businesses, in relation to the time taken to provide the service
fees for export permits, certificates and other documentation (DAFF 2010, Department of Agriculture 2015a).
Cost recovery charges reflect the direct and indirect costs incurred by the department in
providing export certification services. The department determines the charges for providing
export certification services using an activity based cost model driven by forecast export
volumes. The cost base underpinning the cost model comprises three types of costs.
a) Direct costs can be directly traced to the provision of an activity, for example, undertaking
an audit or issuing a certificate. They include staff salaries and supplier costs.
b) Indirect costs are not easily linked to an activity provided by the department. They
include corporate employee salaries and overheads (such as information technology,
finance and human resources costs).
c) Capital costs, which include property and depreciation.
Total costs recovered
Table 2 shows the total costs recovered from each industry for export certification services in
2013–14, the latest year for which data on export programme costs are available. Estimates of
costs incurred in managing and administering the export system and estimates of overhead
costs are also shown. The total cost recovered from industry in 2013–14 was $112.4 million.
Cost Recovery arrangements in other countries
Some industry stakeholders have suggested that recovering the full cost of export certification
services disadvantages exporting agricultural industries. Anecdotal evidence suggests that,
among major agricultural exporters, only New Zealand fully recovers costs for a similar set of
Cost recovery arrangements for export certification and Australian agriculture ABARES
8
services to those provided in Australia. If Australian exporters face higher export certification
costs than their competitors, this may reduce their competitiveness in export markets.
Table 2 Cost recovery charges collected for export certification services in 2013–14
Industry Direct costs ($ million)
Cost of managing and administering export system ($ million)
Overhead costs ($ million)
Dairy 2.0 0.6 0.5
Fish and eggs a 3.2 0.8 0.6
Grains and plants 20.1 4.4 2.1
Horticulture 7.1 2.6 1.4
Live animal exports 9.8 3.5 2.8
Meat 68.3 5.6 10.7
Non-prescribed goods b 1.9 0.0 0.4
a Estimated costs for seafood only ($2.9 million) used in the analysis were derived using financial transactions data for 2013–14, excluding costs associated with accounts paying egg related registration charges. b Total costs for wool could not be separated from those of other non-prescribed goods. Therefore, estimated costs and impacts of export certification for wool alone will be overstated.
ABARES investigated cost recovery arrangements for export certification services of several
major agricultural exporters (Table 3). These countries’ cost recovery arrangements—and costs
borne by their exporters to achieve export certification—differ from Australia’s for several
reasons, which made detailed comparisons difficult. For example, countries’ arrangements may
differ as a result of their approaches to cost recovery, the range of services they provide to
exporters and the service delivery model employed. ABARES took Australia’s cost recovery
arrangements as a starting point for comparison. It focused on:
export certification activities and services provided to exporters
whether and to what extent costs are recovered
how costs are recovered.
Table 3 Countries considered in review of cost recovery arrangements
Countries Commodities
Canada b Grains
Chile c Oranges and table grapes
Germany c Dairy and grains
Ireland c Dairy
New Zealand a Dairy, sheep meat and wool
Poland c Dairy
Thailand d Live cattle
The Netherlands a Dairy
United States a Almonds, beef, dairy and grains
a Information on countries’ cost recovery arrangements is based on responses to ABARES questionnaire sent to foreign national authorities responsible for providing export certification service, and on information publicly available from authorities’ websites and regulations. b Information on cost recovery arrangements is based only on information available on authorities’ websites. c Information on cost recovery arrangements is based only on responses to ABARES questionnaire. d Based on information provided in response to ABARES questionnaire by the Thai Director of the Division of Veterinary Inspection and Quarantine (compiled by Department of Agriculture and Water Resources Bangkok post). Note: Countries listed in the table responded to ABARES questionnaire.
Cost recovery arrangements for export certification and Australian agriculture ABARES
9
ABARES used information obtained from several sources, including responses to a
questionnaire sent to officials in the foreign national authorities responsible for export
certification (Appendix C) and information available on those authorities’ websites. Unless
otherwise indicated, information presented in the country descriptions is based on
questionnaire responses (as translated by embassy officials and/or interpreted by ABARES).
New Zealand
New Zealand competes with Australian agricultural exports in several markets, particularly
sheep meat, beef, dairy products and wool (Appendix A). New Zealand recovers 100 per cent of
costs for a set of export certification activities and services similar to those Australia provides.
Overview of export certification services
New Zealand’s Ministry for Primary Industries (MPI) primarily provides export certification
services for sheep meat, beef, dairy products and wool. Third parties provide some verification
services (for example, audits and inspections). The MPI:
sets New Zealand’s export standards and provides guidance
facilitates exports (including by issuing official assurances)
provides approvals, exporter registrations, listings and recognition
manages event and emergency responses
manages compliance, which covers monitoring (for example, for residues) and audits, investigations and enforcement
provides policy advice (including technical input)
provides verification services to processing businesses
provides export certification.
MPI provides verification services (inspections and auditing) for meat exports. Third party
agencies may provide verification for exports of other animal products (not dairy), but this is
generally provided by MPI. MPI and third party agencies provide verification for dairy exports.
MPI provide certification, but third party agencies provide some supporting information.
Total annual cost of providing export certification services is around NZ$33 million for the meat
sector and NZ$8 million for the dairy sector. This does not include verification fees paid to third
party agencies by the dairy industry. Total cost for electronic certification for all animal
products is around NZ$3.8 million.
Cost recovery arrangements
MPI recovers 100 per cent of the costs of providing export certification services on the grounds
that these services are private goods and industry (or ‘club’) goods, rather than services that
provide a benefit to the general public. MPI recovers direct and indirect costs. Direct costs
include personnel and operating costs, both fixed and variable. Indirect costs include
management and support services costs; corporate overhead costs such as accommodation,
equipment and communications; and other costs that represent a fair usage of a particular
function or service of the ministry (MPI 2014b). The costs of maintaining and managing MPI’s
electronic certification (E-cert) system are also met by the users of those systems (MPI 2014a).
Costs are recovered from processors, exporters, laboratories, verifying agencies and recognised
people, through numerous charging methods: fixed fees or charges; fees or charges based on a
Cost recovery arrangements for export certification and Australian agriculture ABARES
10
scale formula; fees or charges based on a time or unit basis; actual or reasonable costs
associated with the performance of a service or function; and fees or charges imposed on users
of services or third parties levies, such as animal products levies (MPI 2014b). In particular, MPI
recovers costs through:
fees for registration, approval, listing and recognition of businesses, exporters, agencies and persons
fees to recover the costs of developing standards, monitoring programmes, system audits, facilitating exports and providing technical advice
fees for providing verification of businesses, where fees include travel costs and actual and reasonable expenses
fees for establishment and disestablishment of full-time veterinarians
fees for providing official assurances.
New Zealand is reviewing its fees and charges for export certification services, as part of a wider
review into cost recovery regimes for biosecurity, animal products, agricultural compounds and
veterinary medicines, wine and animal welfare. See MPI (2015a) for full schedule of current and
proposed fees for the meat and dairy sectors.
MPI (2015a, 2015b) applies various fees and charges to the meat export sector. For example,
exporters pay a fixed application fee of NZ$210.45 for new (or to renew) registration (plus
NZ$140.30 per hour after the first hour of assessment). Charges for verification services (for
example, veterinary inspections) include a programme charge of NZ$41.04, which represents
MPI’s indirect and overhead costs, and an hourly rate of NZ$68.12, which represents MPI’s
variable costs. Overtime and penalty rates also apply. Meat processors also pay levies to cover
the cost to MPI of developing requirements and standards for the meat industry. Rates are set at
NZ$0.76 per head for cattle and NZ$0.11 per head for sheep. MPI also applies a fixed charge of
NZ$36.80 per application for issuing official assurances.
Similarly, a range of fees and charges apply in the dairy export sector (see MPI 2015a, b). For
example, dairy exporters pay similar fees to the meat export sector for new (or renewed)
registration. Exporters pay an annual fee of NZ$416.00 for MPI’s residue monitoring
programmes. MPI’s base rate charge for verification, inspection and auditing services is
NZ$188.60 an hour. The cost to MPI of developing and maintaining standards (domestic and
export), and performance monitoring, is covered through a quarterly specified fee to large dairy
processing businesses and an annual flat fee to each registered manufacturing premises
receiving less than 316 000 kilograms of raw milk solids.
United States
The United States competes with Australia in several export markets, including beef, grains,
dairy and almonds. Australia also exports beef and lamb to the United States (Appendix A). The
United States is moving towards full cost recovery of export services and activities.
Overview of export certification services
Several agencies of the United States Department of Agriculture (USDA) are responsible for
providing export certification services for animal and plant products exports (such as beef,
almonds, dairy and grains). Several agencies may provide different export certification services
for a given commodity. Key agencies are:
Cost recovery arrangements for export certification and Australian agriculture ABARES
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Animal and Plant Health Inspection Service (APHIS)—responsible for protecting and promoting US agricultural health, including certifying that US agricultural and food exports meet importing countries’ requirements
Grain Inspection Packers and Stockyards Administration (GIPSA)—provides a range of official inspection and weighing services and other related services for grains exports
Food Safety and Inspection Service (FSIS)—provides a range of voluntary inspection, certification and identification services to meat, poultry and egg product exporters, in addition to mandatory inspections to ensure compliance with US food safety requirements
Agricultural Marketing Service (AMS)—provides voluntary quality grade standards, grading, certification, auditing, inspection and laboratory analysis for a range of commodity areas, including animal and dairy products.
In addition, the Food and Drug Administration (FDA) regulates conventional foods (such as
dairy products) and seafood for human consumption.
For exports of plants, such as almonds and grains, export certification services are primarily
provided by APHIS and GIPSA. APHIS Plant Protection and Quarantine undertakes numerous
export-related activities (APHIS 2011a). These include:
providing information on plants and plant products, including on importing country requirements, changes in export requirements and necessary documentation
inspecting and approving export facilities and establishments
providing phytosanitary certification (APHIS 2015a).
GIPSA’s Federal Grain Inspection Service (FGIS) provides official export inspection and
weighing services for grains exports (mandatory for commercial establishments exporting more
than 15 000 short tons per year). At completion, FGIS certifies the quality and weight of all
export shipments of grain (GIPSA 2014a,b).
For meat exports, various export certification services are provided by the FSIS, AMS and APHIS.
Services include provision of verification (inspection) services, export certificates and
information for the export of animals and animal products.
FSIS provides a range of inspection, certification and identification services to exporters to
verify public health and safety requirements additional to those required for the US domestic
market. For some export markets, FSIS will only issue an export certificate for products
produced under an approved USDA AMS Export Verification Program (AMS 2015a). However,
for many countries, all USDA federally authorised meat establishments are eligible to export
provided all the requirements of the importing country are met (FSIS 2015a).
More generally, AMS provides auditing, certification, inspection, laboratory analysis and
voluntary quality grade standards for animal products (and other commodities). For meat
exports, AMS only provides these verification services when export markets have additional
requirements of compliance beyond that provided by FSIS.
AMS provides certification services to assist in export of dairy and related products. For eligible
dairy plants, the AMS export certification programme provides certification services, such as
sanitary certificates. Only dairy products manufactured in facilities complying with USDA
Cost recovery arrangements for export certification and Australian agriculture ABARES
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inspection requirements are eligible to be graded against official quality standards and
specifications established by AMS (AMS 2015b). In addition, FDA issues export certificates
(certificates of free sale) to US manufacturers exporting their products to foreign countries that
require these certificates. These certificates state that the products presented by the US
manufacturer can be marketed in the United States and comply with FDA laws and regulations
governing food safety.
Cost recovery arrangements
US Government agencies are required to recover 100 per cent of costs incurred to convey a
special benefit to recipients beyond those accruing to the general public, to ensure all legitimate
costs are passed on to such customers or co-operators. The US Government defines ‘full cost’ as
‘all direct costs and indirect costs to any part of the Federal Government for providing a good,
resource or service’ (OMB 1993).
The United States is moving towards full cost recovery of export services—that is, inspection
and certification services additional to those required for the US domestic market. Several
agencies have revised fees in recent years to better reflect costs incurred in providing services
(for example, APHIS 2009). Detailed information on U.S. export certification services can be
found on Agency websites provide detailed information on US export certification services. The
US Government publishes information on agencies’ cost recovery arrangements, user fees and
formulas for calculating fees in its Federal Register (OFR 2015).
APHIS funding for phytosanitary certification is generated directly by user fees (APHIS 2010).
Fees are calculated to cover the full cost of providing the service, including direct labour, local
support costs, agency overheads and USDA charges. For example, the USDA APHIS recovers
costs for issuing phytosanitary certificates through user fees per certificate. It charges a US$106
user fee for export certification of commercial shipments (shipments with a value of more than
US$1 250). This includes built-in components to account for overhead costs (at 16.15 per cent of
net costs) and USDA charges (at 3.38 per cent of net costs) (APHIS 2007, 2009). A USDA
administrative fee also applies, which is charged at US$6 per certificate if the Phytosanitary
Certificate Issuance and Tracking System is used and US$12 if it is not used.
GIPSA charges fees to cover the costs of providing official inspection and weighing services,
including administrative and supervisory costs. The standard fee for inspection and weighing
services is currently set at US$39.40 an hour (APHIS 2013a). Commercial establishments
exporting more than 15 000 short tons per year also pay a mandatory annual registration fee.
FSIS mandatory inspections and certifications of meat products for the domestic market are
funded through federal tax revenue (see Box 1). However, FSIS charges fees to exporters for
voluntary inspection, identification and certification services provided for marketing purposes
and for inspections services performed on holidays or on an overtime basis. Where fees apply,
they reflect the direct and overhead costs of providing inspection services. Direct costs include
salaries, employee benefits, travel and operating costs, and overhead costs include costs for
programme and agency activities that support food inspection services and information
technology (APHIS 2011b, APHIS 2015b). For example, the overtime hourly rate for inspection,
identification and certification services is US$70.28 (APHIS 2015b).
AMS charges fees for voluntary grading, inspection, certification, auditing and laboratory
services to exporters, including meat establishments and dairy processors. Fees account for all
costs, including direct and overhead costs. Rates differ according to activities performed and
programme costs (APHIS 2014). For example, the base rate for voluntary federal dairy grading
Cost recovery arrangements for export certification and Australian agriculture ABARES
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and inspection services is US$76 an hour (APHIS 2013b). AMS also charges applicants an
administrative fee of US$164 for each export certificate requested by fax. In comparison, the fee
for certificates requested through the AMS Electronic Document Creation System is US$82.
The FDA (2014) charges a minimal fee of US$10 for each Certificate of Free Sale which, among
other things, indicates that the particular products is eligible for export.
Box 1 Comparing US and Australian cost recovery arrangements
Australia and the United States recover the full costs of export certification services. Similar to the Australian Government Department of Agriculture, US Department of Agriculture agencies that provide export certification services recover the full cost (direct costs and overheads) of verification and certification services provided directly to exporters. Agencies’ also recover export programme support costs, and programme and other costs at the USDA department level, through user fees for export services.
In the United States, federal tax revenue funds public health regulation activities—for example, food safety inspection activities carried out at meat and dairy establishments. Food Safety and Inspection Service mandatory inspections for wholesomeness of meat exports are taxpayer funded (FSIS 2015b). However, exporters are charged fees for AMS export verification services. These include AMS Export Verification Program audits, which are required for some FSIS export certificates to be issued (AMS 2012).
The Australian Government Department of Agriculture and Water Resources is the competent authority for export certification against export standards. Exporters are charged fees and levies for all export certification services provided by the department to verify compliance with Australia’s export legislation and, similar to the United States, compliance with importing country requirements. However, the states and territories are responsible for domestic food regulation, which is administered by the appropriate state regulatory authority (SRA). Most state governments charge fees for licensing and registration and recover (to some extent) the costs of verification activities through fees for inspections and audits.
The department has regulatory oversight service delivery arrangements with the appropriate SRAs for most states and most commodities to minimise regulatory burden on establishments that produce for both export and domestic markets (Department of Agriculture 2015b). For example, an SRA may enter into an arrangement with the department (and the department with an SRA) to manage audits for compliance with export legislation and importing country requirements, in addition to auditing for compliance with domestic legislation. These arrangements reduce the cost to exporters of complying with domestic and export requirements. However, the SRA and the department will charge their respective licence and registration fees.
Australian meat exporters to the United States may face higher costs than US domestic suppliers as a result of differences in cost recovery arrangements for domestic food safety oversight. This is because food safety inspection activities carried out at US meat establishments to verify compliance with domestic requirements are government funded. However, understanding the extent to which different cost recovery arrangements for domestic food safety oversight represent additional costs for Australian exporters would require a more detailed assessment of the requirements of US food safety laws and Australian export legislation.
Canada
Canada is a significant exporter of grains (including wheat). It competes with Australia for
wheat markets in South-East Asia (specifically Indonesia and Vietnam) and North Asia
(specifically China, Japan and Republic of Korea) (Appendix A). Canada targets 100 per cent cost
recovery for services provided to grains exporters.
Overview of export certification services
The Canadian Food Inspection Agency (CFIA) and the Canadian Grain Commission (CGC)
provide export certification services for grain. The CFIA is responsible for issuing phytosanitary
certificates for grain exports, based on inspections of facilities, stored products, transportation
vehicles and ships (CFIA 2013b). The CGC regulates grain handling in Canada and is responsible
for officially certifying the quality, safety and quantity of export shipments of Canadian grain.
The CGC inspects and weighs grain before export and issues a Certificate Final once it
Cost recovery arrangements for export certification and Australian agriculture ABARES
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determines a shipment meets Canada’s grain standards. The Certificate Final is the buyer’s
independent assurance of grain quality from the Canadian government (CGC 2015).
Cost recovery arrangements
Both the CFIA and the CGC charge user fees to recover the costs of inspection and certification
services provided to exporters. To set the proportion of costs to be recovered from users, both
agencies consider where the service or activity falls along the public–private benefit continuum.
Agencies recover costs of activities that provide benefits beyond those received by the general
public. The CFIA and the CGC set user fees after taking into account direct and overhead costs of
providing a service.
The CFIA targets 100 per cent cost recovery for services it provides to exporters to ensure that
Canadian exports meet the requirements of importing countries (CFIA 2013a).
The CFIA charges fees-for-service for inspections and phytosanitary certificates (see CFIA
2011). Fees recover direct and overhead costs of all resources used to deliver a specific service,
which normally includes: programme delivery (including laboratory tests if applicable),
employee benefit plans, programme support, internal services, accommodation, amortisation
charges and services provided by other government departments (see CFIA 2011). The CFIA
charges for each inspection by lot (C$15 a lot for inspection of grains presented for export) or
by hour (C$86 an hour or part of an hour for inspection of a facility, conveyance or thing).
Phytosanitary certificate fees are C$17 for shipments valued at over C$1 600 and C$7 for
shipments below this value.
The CGC changed its services and fees in 2013. It now recovers around 91 per cent of total
activity costs from users, projected to be approximately C$60 million in 2014–15. Appropriation
funding of around 9 per cent reflects the public benefit generated from the CGC’s grain quality
and safety assurance activities. Previously, it recovered around 50 per cent of total activity costs
from industry.
The CGC also charges fees for outward inspection to recover the costs of core activities such as
grain quality functions, research and standard setting (CGC 2015c). Charge for outward official
inspection of ships was C$1.65 per tonne in 2015–16 (CGC 2015b). The CGC does not charge an
additional fee for the Certificate Final. In 2015–16, exporters pay a license fee of C$285 a month
for a full-term licence (CGC 2015a) and C$364 a month for a short-term licence (CGC 2015d).
Chile
Chile shares the southern hemisphere production season for oranges and table grapes with
Australia and is a key competitor for export markets in the northern hemisphere (Asia and the
United States) (Appendix A). Chile sources all funding for the export certification services
provided by its phytosanitary certification system from fees-for-service.
Overview of export certification services
Chile’s Agricultural and Livestock Service (SAG) is responsible for issuing export certificates for
forestry and agricultural products. The SAG phytosanitary certification system determines the
requirements for each export consignment, according to product and market destination, and
ensures compliance with phytosanitary import requirements set by the destination country.
The SAG also determines procedures and guidelines to achieve certification (and ensure
exported products comply with importer requirements) using an ISO 9001:2008 certification
scheme.
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For the phytosanitary certification process, SAG:
obtains information on phytosanitary requirements from importing countries, by product
maintains a computer system for phytosanitary certification
samples and inspects each lot exported
samples and undertakes laboratory analysis when needed
undertakes field inspections, especially of propagation material for export (plants, plant
parts and seeds)
performs treatments or supervises the performance of treatments
issues phytosanitary certificates.
In 2013 the annual cost of the phytosanitary certification system was around US$22.4 million
(calculated using average US$ value in December 2013, US$1 = CLP529.45). The phytosanitary
certification system provides export certification services for horticultural (fruit) and forest
products (plants, plant parts and seeds) exports. The estimated annual cost includes the costs of:
SAG certifying the phytosanitary condition of horticultural products at their source
SAG/USDA certifying horticultural products
SAG certifying the phytosanitary condition of propagation material, forest products and wood packaging for exports
SAG agricultural laboratory analysis.
Cost recovery arrangements
SAG recovers the costs for all services provided through its phytosanitary certification system
through fees-for-service (tariffs) to exporters and customs agencies. It has no other source of
funding. SAG applies two tariffs to exports. It indicates these have been set to recover the full
costs incurred in providing export certification. Full costs include labour, materials, equipment
and dedicated facilities—for export certification activities and related labour and support.
Tariffs are charged:
by box, where the rate depends on the size of the box (Table 4)
by time, applied at a rate of 0.5 unidad tributaria mensual (monthly tax unit) per hour (approximately US$35.30) for each function.
SAG recovers most costs incurred in the export certification process through the tariff per box.
It applies the tariff per unit of time if it undertakes additional activities—for example, as a result
of changes in requirements for different market destinations.
Table 4 Tariffs charged per box, Chile Agricultural and Livestock Service
Weight range (kg) Current tariff value (UTM) US$ equivalent a
0 to 5 0.00074 0.052
5 to 10 0.00077 0.054
More than 10 0.00082 0.058
a Figures calculated on average exchange rate between 1 and 9 December 2014, 1 USD = 611.40 Chilean peso. UTM Unidad tributaria mensual (monthly tax unit) is a resettable index. Value for December 2014 was CLP$43 198 Chilean pesos (approximately US$70.65). Source: Llacolen Lefever Schmauk (Chile’s Agricultural and Livestock Service) 11 December 2014
Cost recovery arrangements for export certification and Australian agriculture ABARES
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Thailand
Australia is the only supplier of live cattle to Indonesia, but it faces competition from Thailand
for market share in South-East Asia. Thailand primarily exports live cattle to Malaysia and
Vietnam. In 2013–14 Malaysia accounted for 5 per cent of Australia’s live cattle exports and
Vietnam accounted for 13 per cent (by volume) (Appendix A). It does not charge exporters for
animal health certificates and inspections specifically, but it recovers at least some costs of
export controls from exporters through fees that apply to the export of live cattle.
Overview of export certification services
The Division of Veterinary Inspection and Quarantine in the Department of Livestock
Development (Ministry of Agriculture and Cooperatives) is responsible for livestock imports
and exports, and for the export of live cattle. This includes inspections and the issuing of export
licenses and animal health certificates (Department of Livestock Development 2012).
Cost recovery arrangements
The Department of Livestock Development does not have cost recovery arrangements
specifically for export certification services. However, trade in animals and fees for the export of
live cattle from Thailand are regulated under the Animal Epidemics Act 1956 (Thai) as amended.
Fees for export of live cattle from Thailand include (where AU$1 is approximately THB25):
animal export licence, THB50 per head of cattle
charge for lodging house for animal to be exported, THB50 per head of cattle
annual business license for export of cattle, THB2000.
The animal export licence is required to export animals. It is not equivalent to the animal health
certificate or any document required by the importing country. Exporters are not charged for
animal health certificates. However, under the Animal Epidemics Act, 50 per cent of all lodging
house charges are retained as a fund for expenses in the control or exportation of animals (section 37). As a result, the lodging house charge is comparable to an inspection fee because
inspections occur at the lodging house.
European Union
The European Union is a major agricultural exporter. Australia faces competition from the
European Union in markets for dairy and grains and other commodities. In 2011–12 the
European Union exported around 1.3 million tonnes of cheese and skim milk powder, compared
with Australian exports of 188 000 tonnes (ABARES 2014d). The European Union is also a
significant exporter of coarse grains, competing with Australia for markets in China, Japan and
Saudi Arabia (Appendix A). ABARES contacted several significant dairy and grains producing
and exporting countries in the European Union and received responses from Germany, Ireland,
the Netherlands and Poland. These countries are among the main EU dairy producers. Germany,
France, the United Kingdom, the Netherlands, Italy and Poland together account for more than
70 per cent of EU production.
Exports of food from the European Union must comply with EU food legislation unless
otherwise requested by the authorities of the importing country or established by the
provisions applicable in the importing country. However rules for cost recovery set out in EU
regulations do not distinguish between domestic markets, EU markets and exports to third
countries (see Box 2). These sections describe cost recovery arrangements in the Netherlands,
Germany, Ireland and Poland, focusing on certification of exports to third countries.
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Box 2 EU legislation
Exports must comply with EU legislation unless they must meet other requirements requested by the importing country. EU legislation that is relevant to export certification for food products includes:
Regulation (EC) No. 178/2002 General Food Law Regulation, which, among other things, lays down the general principles and requirements of European food law
Regulation (EC) No. 882/2004 on official food and feed controls, which describes in more detail how these principles must be interpreted and implemented by member states’ authorities.
Under Regulation (EC) No. 178/2002, foodstuff exported from the European Union intended for market in a third country must comply with the relevant requirements of the European food law under Article 12, unless otherwise requested by the authorities of the importing country or established by the provisions applicable in the importing country.
Regulation (EC) No. 882/2004 provides principles to be followed by competent authorities in the enforcement of official food and feed controls and specifies action they should take to check businesses’ compliance with rules and to address breaches when found. It defines official controls as ‘any form of control performed by the competent authority or by the European Community for the verification of compliance with feed and food law, as well as animal health and animal welfare rules’. Under Article 3.4, official controls must be applied with the same care to exports outside the European Union.
Articles 26 to 29 of Regulation (EC) No. 882/2004 also set out cost recovery rules in the European Union for food hygiene inspection charges. These rules do not differentiate between official controls for the domestic market, the EU market and those to meet the requirements of importing third countries.
Member states have a general obligation to ensure that official controls are properly financed. Regulation (EC) No. 882/2004 specifies mandatory minimum fees in some sectors (meat slaughter inspection and milk production). Fees are not mandatory for products of non-animal origin. Annex IV the Regulation sets out minimum rates for fees or charges for the meat and milk sectors—for slaughter, cutting operations and cold storage of meat, and milk production.
Annex VI Regulation (EC) No. 882/2004 also sets out the criteria for consideration in fee calculation. These are:
salaries of staff involved in official controls
costs for staff involved in official controls, including facilities, tools, equipment, training, travel and associated costs
laboratory analysis and sampling costs.
A GHK Consulting Ltd report for the European Commission Directorate General for Health and Food Safety (DG SANCO) found that that these rules were not necessarily followed and that diverse arrangements were in place (see European Commission 2013). The report found that Member States appeared to differ in terms of whether mandatory fees were imposed, the categories of costs that were recovered, and the proportion of costs recovered. For example, it was not clear whether the actual costs included in the calculation of fees and charges respect the criteria of Annex VI (staff salaries, staff costs including overheads, lab analysis and sampling).
Sources: European Commission 2013; European Union 2013
The Netherlands
The Netherlands is a significant agricultural exporter, including of dairy products. The
Netherlands has arrangements in place to recover the majority of costs (around 85 per cent)
incurred in providing export certification services.
Overview of export certification services
Several Netherlands agencies provide export certification services. The Netherlands Food and
Consumer Product Safety Authority (NVWA) is an independent agency in the Ministry of
Economic Affairs (MEA). It provides export certification services for all agricultural
commodities, except dairy products and is responsible for:
providing inspection and auditing services
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operating and managing the certificate database and IT system for obtaining export certificates (CLIENT Export)
solving problems with export consignments when necessary.
The Netherlands Controlling Authority for Milk and Milk Products (COKZ) provides inspection
and auditing services for the dairy industry, under NVWA supervision. The NVWA is responsible
for issuing export certificates, but the COKZ is authorised to issue health and other certificates
for the export of Netherlands dairy products. Exporters can apply for veterinary certificates
through the COKZ (COKZ 2013).
Cost recovery arrangements
Both the NVWA and the COKZ have arrangements in place to recover the majority of costs
incurred in providing export certification services. The MEA indicated that the largest share of
costs came from the working hours of NVWA and COKZ personnel in providing auditing,
inspection and certification services and the costs of operating and managing CLIENT Export (Table 5). The MEA estimates that NVWA and COKZ recover from business around 85 per cent of
the costs it incurs in providing:
inspections and audits
approvals for export (and maintenance thereof)
certification.
The NVWA’s fees-for-service do not distinguish between domestic and export markets. They are
set according to time spent on a service. The MEA (2014) publishes the NVWA’s fee schedule
(untranslated). For example, exporters pay an up-front tariff and then a tariff for every 15
minutes for inspection and auditing services. Fees include a component to recover direct and
overhead costs, including travel expenses, accommodation costs, depreciation costs and overheads (Table 5). COKZ fees for export certification services are not publicly available.
Table 5 Fee breakdown by cost components, Netherlands Food and Consumer Product Safety Authority
Percentage distribution of costs on product cost control %
Official staff salaries of employees providing direct services 55
Official staff salaries of employees in support services (including management overheads) 14
Information and communications technology 7
General expenses (for example, company cars, personnel services and postage and couriers) 4
Depreciation costs 3
Accommodation 3
Travel expenses 3
Practitioners 3
External contractors 3
Specific costs (for example, certificates and uniforms) 2
Training costs 1
Agency fee 1
Other expenses (other personnel, facilities grants and interest) 1
Total 100
Source: Frank Jan van der Valk (MEA) response to ABARES survey, 21 January 2015
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The Netherlands Government bore the costs of developing the CLIENT Export system, but the
MEA recovers the costs of maintaining and further developing the system from users. It charges
a separate fee of €5 for all export certificates issued through CLIENT Export, which it is uses for
technical support.
Government also bears the costs of preparatory work for exports. This includes negotiating,
developing veterinary requirements, official letters, planning of incoming/outgoing veterinary
missions and travel costs. The Office of the Chief Veterinary Officer, MEA, is responsible for
negotiating export certificate requirements with countries and for managing veterinary
requirements with third countries.
Germany
Germany is a significant exporter of dairy products and grains. Exporters bear all costs incurred
for export certification services. However, ABARES was unable to determine whether this
included overhead costs or was limited to services (such as inspection and certification)
provided directly to individual exporters or businesses.
Overview of export certification services
Export certification services for crop products and products of animal origin (products that are
under veterinary legislation) are the responsibility of the federal Länder (states), rather than
the Federal Ministry of Food and Agriculture (BMEL) or another central government agency.
The states’ official plant protection services are responsible for inspecting plants and plant
products for exports and for issuing phytosanitary certificates for plant (crop) products.
Exporters must apply for a phytosanitary certificate and submit the required documentation
and information. The Julius Kühn Institute (JKI), the Federal Research Centre for Cultivated
Plants, provides additional risk analysis if required by the importing third country. The JKI also
provides exporters with information on third-country phytosanitary requirements (JKI 2014).
The official veterinarian is responsible for issuing veterinary certificates for exports of products
of animal origin for each rural district.
Cost recovery arrangements
The BMEL indicated that exporters were in charge of ensuring compliance with importing
countries’ requirements. As a result, exporters bear all costs incurred for export certification
services. However, ABARES was not able to determine whether in practice this included
overhead costs and applied to ‘all-of-industry’ services (such as maintaining information on
third-country import requirements). This is because fees collected generally flow back into
federal Länder budgets without being earmarked for official controls.
The official plant protection services and district veterinary offices charge fees-for-service for
export certification services. They charge fees-for-service for the issue of phytosanitary
certificates for exports of crop products. A scale of charges governs fees-for-service for other
services, according to the complexity of the individual application and the importing country’s
requirements. The Chamber of Agriculture of North Rhine–Westphalia (CANRW 2015) provides
an untranslated schedule of fees for the plant protection service for this state. Fees for grains
exports also depend on the importing country requirements, such as whether additional JKI risk
analysis is required. The JKI also charges a fee for its risk analysis service.
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The exporter bears entirely the costs incurred for authorised veterinarians to issue veterinary
certificates for exports of products of animal origin. The district veterinary office charges the
official veterinarian’s activities to the export holding according to a scale of charges established
by rural districts.
Ireland
Ireland exports around 85 per cent of its dairy outputs annually, approximately €3 billion in
2013. Ireland does not directly charge a fee to certify dairy exports, it fully recovers the cost of
providing export certification services through a fee for the food hygiene inspection service.
Overview of export certification services
The Dairy and Veterinary Public Health Inspectorate, Department of Agriculture, Food and the
Marine, certifies dairy exports in accordance with the provisions of Article 30.2 of Regulation
(EC) No. 882/2004.
The Dairy and Veterinary Public Health Inspectorate carries out risk-based official controls at
food business operators (FBOs) approved by the department to verify that the FBO adheres to
the regulations. Official control methods include:
inspection of the infrastructure, hygiene, equipment, facilities, labelling and handling of ingredients and final products and prerequisite programmes
audit of the prerequisite programmes and Hazard Analysis and Critical Control Point systems
additional controls, such as analysis, enforcement and sampling.
Official controls may be planned (such as risk-based inspections and audits) or reactive (such as
following official requests, including export certification).
Cost recovery arrangements
The Department of Agriculture, Food and the Marine does not directly charge a fee to certify
dairy exports. However, it fully recovers the cost of providing export certification services
through a fee of €0.001 per litre imposed on all milk for manufacturing or drinking milk. This
fee is set to recover the costs of providing the food hygiene inspection service and includes
certification of dairy exports. Costs recovered include those for staffing, overtime, overheads,
laboratory and administration. In 2013 the department collected around €5.5 million in dairy
inspection fees.
Poland
Poland is a significant dairy exporter. It recovers around 80 per cent of the costs of providing
export certification services to exporters. However, fees mainly recover the direct costs of
providing export certification.
Overview of export certification services
Poland’s Chief Veterinary Inspectorate provides export certification services for food products
of animal origin, including milk and dairy products. For exports to third countries, the Chief
Veterinary Officer is responsible for negotiating veterinary requirements with authorities in
importing countries where those requirements are not defined in EU regulations. Regional
veterinary officers (RVOs) provide official veterinary controls before and during the loading of
products for export, to confirm products meet the importer’s requirements, and issue
veterinary certificates.
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For exports of food products of animal origin for which there is a bilaterally established
veterinary certificate (that is, between Poland and the importing third country), export
certification is based on:
regular RVO inspections
results of laboratory analyses
information stored in information technology systems
assessment of quality assurance procedures in place in a factory, combined with assurance of compliance with importing third country requirements.
For exports of food products of animal origin for which a veterinary certificate has not been
established bilaterally, the exporter must present a certificate specimen (for example, of a
certificate that is accepted by the relevant authority in the importing country). The RVO is
authorised to issue a health certificate after verifying that the consignment meets the
requirements in the certificate.
Cost recovery arrangements
The Chief Veterinary Inspectorate recovers some costs of providing export certification services
to exporters. No data were available on the annual cost of the programmes that inspect and
certify agricultural products. The Chief Veterinary Inspectorate estimated that it recovers
approximately 80 per cent of costs incurred in providing export certification services for milk
and dairy products (based on official fee regulations). The inspectorate recovers approximately
80 per cent of costs incurred in certifying fish and aquaculture products and approximately
90 per cent of costs incurred in certifying meat and meat products.
It recovers costs from exporters and other businesses through fees-for-service for veterinary
examinations, supervision and issuing veterinary certificates. Fees mainly recover the direct
costs of those activities, including for office, staffing, and travel.
Summary
All countries considered by ABARES have arrangements in place to recover some or all of the
costs incurred in providing export certification services. Countries had differences in:
proportion of costs recovered from exporters
range of services provided to exporters for which costs were recovered (for example, those provided directly to individual exporters or businesses, such as inspection and certification, compared to ‘all-of-industry’ services that are provided to, and benefit, participants in the relevant export industry as a whole)
categories of costs recovered from exporters (direct and overhead costs).
Many countries—including Canada, Chile, New Zealand and the United States—recover the
costs of providing export certification services in full. However, arrangements vary. ABARES
was not able to determine whether Australian exporters faced higher export certification costs
than exporters in other countries. However, the majority of countries considered recovered at
least direct costs of services provided directly to exporters. In Australia a minority share of total
costs that are recovered from industry relate to overheads and ‘all-of-industry’ services (Table
2). This suggests that in most cases differences between cost recovery arrangements in
Australia and its competitors are not significant.
Cost recovery arrangements for export certification and Australian agriculture ABARES
22
3 Impacts on trade competitiveness ABARES assessed the effects of export certification on trade competitiveness of Australia’s
agricultural export industries by:
designing scenarios to reflect alternative cost recovery arrangements for export certification services, based on the review of other countries’ arrangements
developing a partial equilibrium modelling framework
estimating changes in value of exports with a move to full cost recovery
inferring potential farmgate impacts based on estimated changes to commodity prices.
Scenarios
ABARES designed three scenarios to assess the possible impacts of cost recovery on Australian
agricultural exports, production and prices. Specifically, the scenarios consider the effects of
moving from various initial cost recovery arrangements to full cost recovery. Scenario 1 captures
the maximum impact of moving from no cost recovery to full cost recovery (Table 6). Scenarios 2
and 3 broadly reflect a shift to full cost recovery from the cost recovery arrangements operating in
some competitor countries. Although ABARES review of cost recovery arrangements operating in
other countries found some differences in the range of services and the categories of costs
recovered (Chapter 2), the majority of countries reviewed recover at least the costs of services
provided directly to exporters.
Table 6 Description of scenarios
Scenario Description
Scenario 1—No cost recovery
The department does not recover the costs of providing services directly to individual exporters, managing and administering the export system or property and depreciation expenses incurred in operating the export certification system.
Scenario 2—Full cost recovery less costs of managing and administering export system
The department recovers costs of services provided directly to individual exporters or businesses at their request (inspection and certification services) plus property and depreciation expenses incurred in operating the export certification system. The costs of ‘all-of-industry’ services (that is, managing and administering the export system) are not recovered.
Scenario 3—Full cost recovery less property and depreciation costs
The department recovers direct costs of providing export certification services (direct costs of inspection and certification services, and direct costs of managing and administering the export system). Property and depreciation expenses incurred in operating the export certification system are not recovered.
Note: No scenarios consider recovering the department’s overhead costs beyond the export certification system, which is precluded under the Australian Government’s cost recovery guidelines.
In these scenarios, ABARES assumes that cost recovery occurs at the point of export. Therefore,
results generally apply to the exported commodities (which may be processed) rather than at
the farm gate. The implications for farmers of full cost recovery are analysed at the end of this
chapter.
Approach
ABARES developed partial equilibrium models for these commodities: beef, sheep meat, live
cattle and sheep, table grapes, oranges, grains, macadamias, almonds, processed dairy products,
Cost recovery arrangements for export certification and Australian agriculture ABARES
23
prawns, tuna, rock lobster and abalone. The framework captures the effect of cost recovery on
exporting producers’ costs and on how domestic and international consumers respond to this
change in costs. The models estimate changes in prices and in quantities produced and
consumed resulting from a change in costs of exporting goods.
To assess the impact of cost recovery on trade competitiveness, industry level analysis models
the domestic export supply chain as a single, vertically integrated industry. The analysis
estimates changes in prices of final commodities, which are then used to examine the potential
farmgate implications in the second part of this chapter. The effect on farmgate receipts of
export certification cost recovery charges is calculated by assuming that any costs not passed on
to importing countries are passed back to farmers by processors and exporters.
The framework used in this report has several limitations. It does not capture the effects of
structural changes or flow-on market effects outside commodity markets of interest. For
example, structural changes include the amalgamation of small exporters and processors in
response to an increase in fixed registration charges. Flow-on market effects include changes in
farmgate prices and changes in production and demand for some agricultural commodities
because of changes in markets for commodities of interest. Many of these effects are likely to
reduce some impacts of export certification costs on industry. In addition, the framework does
not capture the effects of changes in competitors’ cost recovery arrangements or agricultural
and trade policies as a result of full cost recovery in Australia.
Data
ABARES used these key data in the industry-level analysis for each commodity. It derived the
volume and value of exports from Agricultural commodities statistics (ABARES 2014d), the
United Nations Commodity Trade Statistics Database (UN 2014) and selected horticultural
industry publications and websites (see Almond Board of Australia 2014; Australian Macadamia
Society 2014). The degree to which cost recovery affects prices received by producers depends
in part on the share of exports in total Australian sales. Estimates of the share of production
exported were based on the most recent estimates of volume produced and exported. For some
commodities, estimates for 2012–13 or calendar year 2013 were used if estimates for 2013–14
were not available.
The average per-unit cost of export certification was calculated using the estimated value of
exports and the total value of cost recovery charges in 2013–14 (Table 2). The total value of cost
recovery charges in 2013–14 was derived from the Department of Agriculture and Water
Resources cost recovery reporting on the 2013–14 annual financial outcome.
Estimates of domestic and export demand elasticities and production elasticities were specified
as the average of estimates obtained from ABARES models and econometric studies in the wider
literature. Elasticity is the degree to which demand (or supply) is sensitive to changes in price
(or income). Demand elasticities depend on many factors, including the extent to which people
rely on a commodity, their income levels and the availability of substitutes. For example,
demand will be more elastic (that is, consumers will be more sensitive to price increases) for
commodities perceived as luxuries (such as meat and seafood) than staples (such as wheat).
Long-run production elasticity (that is, sensitivity of production to price changes) depends on
industries’ capacity to access additional resources (such as land) and use spare capacity.
Table 7 presents a summary of key data used in the industry level analysis. It includes export
certification costs expressed as a percentage of the value of exports, export demand elasticities
and domestic demand and production elasticities.
Cost recovery arrangements for export certification and Australian agriculture ABARES
24
Table 7 Summary of key data, by commodity
Industry Commodity Export certification costs
(% of value of exports)
Share of production
exported (%)
Export demand
elasticity (%)
Domestic demand
elasticity (%)
Production elasticity
(%)
Dairy Processed dairy products
0.07 64 –3.3 –0.2 0.5
Grains and plant products
Grains 0.15 74 –6.6 –0.1 0.6
Macadamias 0.15 44 –0.7 –0.1 0.4
Almonds 0.15 75 –0.7 –0.1 0.4
Horticulture Grapes 0.56 65 –1.3 –0.1 0.6
Oranges 0.56 32 –1.3 –0.1 0.6
Meat Beef 0.79 50 –3.3 –0.6 0.8
Sheep meat 0.79 59 –3.9 –0.8 0.3
Live exports Live cattle 0.68 100 –4.2 na 0.4
Live sheep 0.68 100 –4.2 na 0.4
Seafood Abalone 0.25 54 –3.0 –0.5 0.0
Prawns 0.25 28 –3.0 –0.5 0.0
Rock lobster 0.25 81 –3.0 –0.5 0.0
Tuna 0.25 90 –3.0 –0.5 0.0
Wool Wool 0.07 99 –4.5 –0.0 0.9
na not applicable. Note: Export certification costs for live cattle and sheep include the costs of export certification for slaughter and breeding livestock. Therefore, estimates likely overstate the costs of certification for slaughter cattle and sheep. Total value of cost recovery charges in 2013–14 was derived from Department of Agriculture and Water Resources cost recovery reporting on 2013–14 annual financial outcome. Sources: ABARES (2014d); Almond Board of Australia (2014); Australian Macadamia Society (2014); UN Comtrade (2014)
Measuring trade competitiveness
Impact on trade competitiveness is measured as change in value of Australian exports arising
from government recovering the costs of providing export certification services. Value of
exports is the quantity exported multiplied by the export price.
Cost recovery of export certification services imposes a direct cost on Australian agricultural
exporters. Production costs of exported goods would increase as a result of export certification
cost recovery charges and could reduce global demand for Australian exports. Domestic prices,
sales and production would also change as a result of changes in export volumes and prices.
Producers would attempt to make up for lost exports by increasing sales in domestic markets
where possible. The cost of supplying goods to the domestic market would be unchanged, but
the price received by producers (and therefore the price paid by domestic consumers) would
fall as supplies to the domestic market increased. Declining domestic prices may increase
demand, but the extent to which the domestic market could absorb this would vary across
commodities.
The analysis above assumes that the price of Australian exports may change in response to
changes in Australian supply. As a result, a small proportion of export certification costs may be
Cost recovery arrangements for export certification and Australian agriculture ABARES
25
passed on to importing countries by Australian exporters, through a higher price paid for
Australian exports.
If a change in Australian supply is assumed to have no impact on export prices (a common
assumption), the estimated fall in volume of exports would be larger. To account for this, a
second set of estimates are presented in Appendix B; commodity export prices are assumed
fixed for all commodities.
Export certification costs comprise only a small share of the total value of exports (less than
1 per cent for all commodities considered in this report (Table 7). Box 3 shows that export
certification costs are small when compared with other agricultural commodity export costs,
such as transport. As such, any changes in export prices and volumes would be expected to be
small.
Box 3 Export certification charges in broader context
Obtaining export certification is a necessary expense for Australian agricultural exporters, but it is not the largest cost of participation in international markets. The Australian Farm Institute commissioned a case study analysis of transport costs for selected commodities exported to selected destinations (Goucher 2011). Their results demonstrate that total transport costs are variable, but large (13 per cent or more of farmgate value) compared with the costs of export certification (less than 0.8 per cent of export value for commodities considered for this analysis).
Transport costs for Australian agriculture as a proportion of farmgate value
Commodity (%)
Grain a 40.5–48.5 Beef b 13.1–21.5 Live exports (cattle) from the Northern Territory to Indonesia 29.7 Table grapes from Victoria to Singapore 33.8
Note: Definition of transport costs varies between commodities but may include storage, road, rail, port charges, shipping, refrigeration and cost of regulation as appropriate. See Goucher (2011) for details. a Study includes two examples of grain exports—from New South Wales to Japan and from Western Australia to Egypt. b Study includes three examples of beef exports—from Victoria, Queensland and Western Australia to Japan.
Results
Impact on trade competitiveness
Figure 1 shows how full cost recovery affects trade competitiveness, measured as the
percentage change in value of exports, for scenario 1 (full cost recovery compared with no cost
recovery), scenario 2 (full cost recovery compared with recovering the cost of inspection and
certification services only) and scenario 3 (full cost recovery compared with only recovering the
direct costs of export certification services). Table 8 presents full results for scenario 1,
including estimates of associated changes in prices and quantities produced, consumed and
exported from Australia. Full results for scenarios 2 and 3 are given in Appendix B (Table B2
and Table B3).
Cost recovery arrangements for export certification and Australian agriculture ABARES
26
Figure 1 Change in value of exports under full cost recovery compared with alternative scenarios
Note: Almond and macadamia export values were estimated to increase by 0.02 per cent and 0.03 per cent, respectively, under scenario 1. Under scenarios 2 and 3, the estimated increases were less than 0.01 per cent. Source: ABARES estimates
The value of exports is estimated to decrease for all commodities except almonds and
macadamias. The fall is less than 1 per cent for all commodities under scenario 1, and less than
0.12 per cent for scenarios 2 and 3. This is because the difference in export certification costs
(compared with full cost recovery) is smaller under scenarios 2 and 3 than in scenario 1.
Differences in impacts between commodities are primarily the result of differences in industry
costs of export certification relative to total value of exports. The commodities with the highest
industry costs of export certification, beef and sheep meat (0.79 per cent of the value of
exports), are estimated to have the largest declines in export values under full cost recovery—
0.79 and 0.54 per cent, respectively. Dairy and wool face the smallest industry costs of export
certification and are estimated to have the smallest falls in export values of the agricultural
commodities (excluding nuts). The value of live animal exports is estimated to fall by only
0.16 per cent.
Estimated impacts also differ between the broad groups of commodities, such as beef and sheep
meat. These arise because of differences in demand and production elasticities. For example,
value of beef exports falls by relatively more than value of sheep meat exports because beef
production is more sensitive to price change (production elasticity of 0.8) than sheep meat
production (production elasticity of 0.3). When production is relatively sensitive to price
changes, industry is less able to bear cost increases. As a result, a higher proportion of export
certification costs are passed on to importing countries, all other things being equal.
The share of Australian production exported also affects the results. For example, all seafood
commodities have export certification costs of 0.25 per cent and are assumed to have the same
Cost recovery arrangements for export certification and Australian agriculture ABARES
27
elasticities of production, domestic demand and export demand. However, the value of exports
falls by relatively more for prawns than for other seafood commodities because prawn exports
are small relative to the other seafood exports.
In contrast to other commodities, the value of almond exports under full cost recovery remains
largely unchanged and the value of macadamia exports increases marginally. This is because
export demand for these products is relatively insensitive to prices. As a result, estimated
increases in export prices marginally outweigh estimated decreases in export volumes.
Changes in prices
Estimates of changes in prices under full cost recovery compared with under no cost recovery
(scenario 1) are given in Table 8. The ‘producer price’ (or domestic price) is the price producers
receive after paying for export certification (noting that the analysis models the domestic export
supply chain as a single, vertically integrated industry). The ‘export price’ is the price paid by
the importing country. The combined change in producer and export prices (in absolute terms)
is equal to the per unit value of export certification cost recovery charges.
Export demand elasticities determine the extent to which the increase in an industry’s cost of
export certification is passed on to importing countries through an increase in export price or
borne by the industry through a decrease in the producer price. For commodities where export
demand is relatively elastic (more sensitive to prices), such as because importing countries can
substitute exports from other countries for exports from Australia, increases in export prices
are small relative to decreases in export prices. For example, increases in export prices for live
animals and grains are small relative to decreases in producer prices because demand for
Australian exports of these products is highly sensitive to prices. In contrast, increases in export
prices for table grapes and oranges are the same as, if not larger than, decreases in producer
prices because demand for these exports is relatively insensitive to prices.
Changes in the volumes of production, consumption and exports
Estimated increases in export prices reduce Australia’s competitiveness in the global market
and reduce export volumes for all commodities. The volume of beef exports is estimated to fall
by the largest percentage (1.1 per cent) as a result of a relatively large change in export price
and relatively high export demand elasticity. In contrast, wool and dairy export volumes fall by
around only 0.05 per cent, reflecting the relatively small price increase and low export demand
elasticity.
As exports fall, producers will seek to sell products into the domestic market. Domestic sales of
all commodities are expected to remain steady or increase in volume terms. Domestic sales of
sheep meat are expected to increase by 0.52 per cent and domestic sales of grains and nuts to
remain unchanged.
The fall in exports will outweigh the increase in volume of domestic sales, which will lead to a
decline in production of all commodities. However, differences between commodities within the
broad industries will arise because of differences in production and demand elasticities. For
example, the expected 0.40 per cent decline in beef production is almost double the decline in
sheep meat production.
C
ost reco
very arrangem
ents fo
r expo
rt certification
and
Au
stralian agricu
lture
A
BA
RE
S
28
Table 8 Estimated potential impacts under full cost recovery compared with Scenario 1, assuming variable export prices
Market impacts Beef Sheep meat
Live cattle
Live sheep
Table grapes
Oranges Grains Maca-damias
Almonds Dairy a
Prawns Tuna Rock lobster
Abalone Wool
Relative change in unit prices
Producer price (%) –0.48 –0.63 –0.62 –0.62 –0.34 –0.22 –0.15 –0.06 –0.08 –0.06 –0.17 –0.24 –0.24 –0.22 –0.06
Export price (%) 0.31 0.17 0.06 0.06 0.23 0.34 0.02 0.09 0.07 0.01 0.08 0.01 0.01 0.03 0.01
Relative change in volumes
Domestic production (%)
–0.40 –0.21 –0.25 –0.25 –0.19 –0.13 –0.09 –0.03 –0.04 –0.03 –0.01 –0.01 –0.01 –0.01 –0.05
Domestic sales (%) 0.31 0.52 na na 0.04 0.02 0.02 0.01 0.01 0.01 0.09 0.12 0.12 0.11 0.00
Exports (%) –1.10 –0.70 –0.25 –0.25 –0.31 –0.47 –0.13 –0.07 –0.05 –0.05 –0.25 –0.02 –0.04 –0.11 –0.05
Relative changes in values at market prices b
Domestic production (%)
–0.49 –0.36 –0.20 –0.20 –0.16 –0.18 –0.12 –0.02 0.00 –0.04 –0.11 –0.03 –0.04 –0.09 –0.04
Domestic sales (%) c –0.17 –0.11 na na –0.30 –0.20 –0.13 –0.05 –0.07 –0.05 –0.09 –0.12 –0.12 –0.11 –0.06
Exports (%) –0.79 –0.54 –0.20 –0.20 –0.09 –0.13 –0.11 0.03 0.02 –0.04 –0.18 –0.02 –0.03 –0.08 –0.04
Absolute change in values at market prices b
Domestic production ($m)
–60.6 –13.6 –1.5 –0.4 –0.5 –0.7 –12.7 0.0 0.0 –1.8 –0.4 0.0 –0.3 –0.3 –1.2
Domestic sales ($m) –10.8 –1.6 na na –0.3 –0.5 –3.5 –0.1 –0.1 –0.8 –0.2 0.0 –0.2 –0.2 0.0
Exports ($m) –49.8 –12.0 –1.5 –0.4 –0.2 –0.2 –9.2 0.0 0.1 –1.0 –0.2 0.0 –0.2 –0.1 –1.2
a Producer prices are defined in 2013–14 dollars and refer to price received by producers, including any implicit subsidy due to partial cost recovery only. b Export prices are defined in 2013–14 Australian dollars and refer to the fob price paid by importing countries. c Changes in market value of production are based on change in market value of exports and domestic sales. d Changes in market value of domestic sales are based on change in domestic sales and change in producer price. e Changes in market value of exports are based on change in volume of exports and change in export price. f Absolute changes in values are measured in $million 2013–14 AUD. na not applicable. Note: Scenario 1 compares full cost recovery with no cost recovery. Source: ABARES estimates
Cost recovery arrangements for export certification and Australian agriculture ABARES
29
Absolute changes in values of exports and production
Changes in values of production are largely determined by changes in values of exports. The
meat and grains industries are the most affected industries, in values of production and exports.
For example, the values of beef production and export are estimated to be around $60 million
and $50 million lower, respectively, under full cost recovery (compared with no cost recovery).
Production and exports of sheep meat are estimated to fall by around $13.5 million and
$12 million, respectively. Grain production and exports are estimated to fall by around
$12.5 million and $9 million, respectively.
In contrast, the estimated decrease in value of live animal and horticulture exports is small. Live
cattle and sheep exports are estimated be $1.5 million and $0.4 million lower under full cost
recovery, while the combined decrease in value of horticultural exports is estimated to be
around $0.3 million. These impacts reflect the lower value of these exports relative to other
commodities and the modest contribution of export certification costs to overall costs of
production for the horticulture industry.
Assuming fixed export prices
This standard analysis assumes that export prices are not fixed—that is, the price of Australian
exports may change in response to changes in Australian supply. Under this assumption,
Australian exporters may pass on a small proportion of export certification costs to importing
countries through a higher price paid for Australian exports. If export prices are fixed, and
Australian exporters are unable to pass on any costs of export certification to importers, full cost
recovery may have a larger impact on value of exports.
Under the alternative assumption of fixed export prices, estimated declines in value of exports
are larger for all commodities (Figure 2). For example, the decline in value of beef exports is
estimated to be 1.8 per cent when export prices are fixed, as opposed to 0.79 per cent when
exporters can pass some export certification costs on to importers (Figure 1). Falls in value of
exports of horticultural products such as macadamias and oranges are still small, but estimated
falls are several times larger under fixed export prices. For example, the estimated decrease in
value of orange exports is 1.19 per cent under fixed export prices (Figure 2), compared with
0.13 per cent under variable export prices (Figure 1).
With fixed export prices, Australian producers cannot pass any export certification costs to
importers. Therefore, the estimated decrease in volume of exports is lower than in the standard
scenarios for all commodities. With export prices fixed, domestic producers bear all of the costs
of export certification through lower producer prices. As domestic consumers respond to the
larger fall in prices, domestic sales increase by a larger degree than under the standard price
assumptions. The fall in exports outweighs the rise in domestic sales for all industries.
Finally, because of lower domestic prices and production volumes, changes in value of
production are negative for all commodities. In percentage terms, beef, oranges and sheep meat
are the most affected industries. With fixed export prices, the fall in values of beef and sheep
meat production is estimated to be 1.05 per cent and 0.58 per cent, respectively, under full cost
recovery (compared with 0.49 per cent and 0.36 per cent, respectively, under variable export
prices). The value of horticultural production is estimated to fall by between 0.51 per cent and
0.72 per cent under fixed export prices (compared with between 0.16 per cent and 0.18 per cent
under variable export prices). The value of production of other commodities falls by less than
0.20 per cent. Comprehensive results for scenarios 1 to 3, assuming fixed export prices, are
given in tables B7 to B9.
Cost recovery arrangements for export certification and Australian agriculture ABARES
30
Figure 2 Change in value of exports under full cost recovery compared with alternative scenarios, assuming fixed export prices
Source: ABARES estimates
Farmgate implications
In the standard analysis, export prices rise marginally in all scenarios for all commodities. This
reflects the assumption that Australian exporters are able to pass on some of the costs of export
certification to importers.
This industry analysis does not provide insights into where along the domestic supply chain
export certification charges are absorbed. For example, data from the department’s cost
recovery reporting on the 2013–14 annual financial outcome suggest that the department
recovers the majority of export certification costs for meat exports from abattoirs but that
exporters pay the majority of costs for live animal exports, grains and dairy. However, it cannot
be assumed that abattoirs and exporters absorb all the costs of certification because abattoirs
may reduce receipts to farmers to partially or wholly recover export certification costs. The
potential for processors and exports to pass costs back to farmers also exists across supply
chains of other commodities.
The export supply chain is complex, so it was beyond the scope of this study to estimate the
extent to which costs may be distributed among primary producers, domestic processors,
transporters, handlers and exporters. However, potential impacts of passing a given proportion
of industry costs back to farmers, through lower prices paid for farm products, are estimated for
a range of potential scenarios.
Whittle et al. (2011) used a simple scenario analysis to estimate the implications of processors
passing back 0 per cent, 20 per cent, 60 per cent and 100 per cent of the carbon price to farmers.
The scenario analysis was applied to ‘typical’ broadacre and dairy farms, as defined in ABARES
farm surveys (ABARES 2011). This report takes a similar approach to estimating changes in
Cost recovery arrangements for export certification and Australian agriculture ABARES
31
receipts for broadacre and dairy farms. Changes in boat receipts are not estimated for seafood
commodities because of difficulties in identifying typical producers.
Changes in farmgate prices
Table 9 shows estimated decrease in farmgate prices and prices for seafood, assuming that
100 per cent of losses to the domestic industry from full cost recovery are passed back to
producers through lower prices paid for goods. Losses to the domestic industry include export
certification cost recovery charges that are not passed on to importing countries and losses in
revenue in the domestic market resulting from lower domestic prices. Equivalent results, under
the assumption of fixed export prices, can be found in Table B11 in Appendix B.
Table 9 Changes in farmgate prices under full cost recovery compared with Scenario 1, assuming 100 per cent pass-back of export certification costs to producers
Commodity Change in farmgate price a ($)
Percentage change in farmgate price b (%)
Abalone $0.14/kilogram –0.22 c
Almonds –$5.43/tonne –0.11
Beef cattle for domestic slaughter –$6.66/head –1.01
Beef cattle for live export –$4.90/head –0.74
Grains –$0.44/tonne –0.22
Grapes (excluding wine) –$7.87/tonne –0.38 c
Macadamias –$4.44/tonne –0.15
Milk 0.04c/litre –0.10
Prawns $0.03/kilogram –0.17 c
Rock lobster $0.18/kilogram –0.24 c
Sheep for domestic slaughter –$1.07/head –1.32
Sheep for live export –$0.57/head –0.70
Tuna $0.03/kilogram –0.24 c
Wool 0.4c/kilogram –0.07
a Absolute changes in farmgate prices are calculated by dividing the total burden on industry by number of units produced domestically. Burden on industry includes costs of export certification not passed on to importing countries and losses on domestic sales resulting from lower domestic prices. b Estimated percentage change in price differs across farm types according to average price received. Estimates presented in this table are based on highest percentage change across the six farm types considered in the farm surveys. c These estimates use export prices as a proxy for farmgate or vessel prices. Where farmgate prices are lower than export prices, estimated percentage impacts on producer prices will be greater. Note: Changes in farmgate prices for scenarios 2 and 3 are presented in Appendix B. Source: ABARES estimates
Changes in farm receipts
Table 10 shows change in farm receipts assuming processors pass back 30 per cent, 60 per cent
and 100 per cent of costs to farmers. The extent of pass-back will depend on a variety of complex
and interrelated factors, including price sensitivity of demand by final consumers and
processors’ ability to absorb cost increases and remain profitable. The six broad industry
classifications—wheat and other crops, mixed livestock–crops, sheep, beef, sheep–beef and
dairy—are those used in ABARES farm surveys (ABARES 2011). Equivalent results, under the
assumption of fixed export prices, can be found in Table 10.
Cost recovery arrangements for export certification and Australian agriculture ABARES
32
Table 10 Change in value of broadacre and dairy farm receipts in 2013–14 under full cost recovery compared with alternative scenarios, $ a farm and per cent of farm receipts a,b
Farm type Value of farm receipts ($)
30% cost pass-back
60% cost pass-back
100% cost pass-back
$ % $ % $ %
Scenario 1
Wheat and other crops 832 954 –565 –0.07 –1 130 –0.14 –1 884 –0.23
Mixed livestock–crops 427 458 –509 –0.12 –1 018 –0.24 –1 697 –0.40
Sheep 263 893 –453 –0.17 –905 –0.34 –1 509 –0.57
Beef 274 709 –621 –0.23 –1 242 –0.45 –2 070 –0.75
Sheep–beef 331 453 –732 –0.22 –1 464 –0.44 –2 440 –0.74
Dairy 622 934 –194 –0.03 –389 –0.06 –648 –0.10
Scenario 2
Wheat and other crops 832 954 –93 –0.01 –185 –0.02 –308 –0.04
Mixed livestock–crops 427 458 –63 –0.01 –126 –0.03 –211 –0.05
Sheep 263 893 –55 –0.02 –110 –0.04 –184 –0.07
Beef 274 709 –71 –0.03 –141 –0.05 –236 –0.09
Sheep–beef 331 453 –72 –0.02 –144 –0.04 –239 –0.07
Dairy 622 934 –57 –0.01 –115 –0.02 –191 –0.03
Scenario 3
Wheat and other crops 832 954 –66 –0.01 –132 –0.02 –220 –0.03
Mixed livestock–crops 427 458 –75 –0.02 –150 –0.04 –250 –0.06
Sheep 263 893 –90 –0.03 –180 –0.07 –300 –0.11
Beef 274 709 –113 –0.04 –225 –0.08 –375 –0.14
Sheep–beef 331 453 –119 –0.04 –238 –0.07 –397 –0.12
Dairy 622 934 –49 –0.01 –99 –0.02 –165 –0.03
a Figures are average value of farm receipts over 2008–09 to 2012–13 expressed in 2013–14 Australian dollars. Change in economic value of farm production is measured relative to these figures. b Pass-back is the extent to which the model assumes processors can pass back export certification costs to farmers. Note: Impacts of a decrease in demand for farm outputs, as a result of increases in export certification cost recovery charges, are not considered in these estimates. Source: ABARES estimates
The ‘typical’ farms presented in Table 10 reflect national averages for each farm type. In
practice, mix of activities, farm size and reliance on specific export markets throughout Australia
vary considerably. For example, beef cattle farms in northern Australia are likely to export a
higher proportion of cattle and to stock more cattle than farms in southern Australia. These
differences mean that overall impacts of export certification will also differ across farms.
Under scenario 1 (comparing full cost recovery with no cost recovery), and assuming that
100 per cent of export certification costs not passed on to importers are passed back to farmers
(an extreme scenario), farm receipts are estimated to fall by between 0.57 per cent and
0.75 per cent for livestock-dominated farms. The impacts range from about $1 510 to $2 440 for
typical sheep and sheep–beef farms, respectively. Were processors able to pass back 60 per cent
or less, farm receipts would be likely to fall by less than 0.45 per cent. In contrast, the fall in
Cost recovery arrangements for export certification and Australian agriculture ABARES
33
receipts for farms dominated by cropping or dairy is likely to be lower—less than 0.40 per cent
with 100 per cent cost pass-back and less than 0.24 per cent with 60 per cent pass-back.
The farmgate results for the horticulture sector (Table 11) are presented differently from those
for broadacre and dairy. Horticulture results represent the effect of export certification for the
average volume of each product grown per farm, rather than for a typical farm. Equivalent
results, assuming fixed export prices, can be found in Table B10.
Table 11 Change in value of average farm receipts for selected horticulture products under full cost recovery compared with alternative scenarios, $ million a farm
Farm-type Value of receipts a
30% cost pass-back
60% cost pass-back
100% cost pass-back
$ % $ % $ %
Scenario 1
Almonds b 2 225 058 –725 –0.03 –1450 –0.07 –2417 –0.11
Macadamias c 281 696 –128 –0.05 –255 –0.09 –425 –0.15
Oranges d 290 527 –244 –0.08 –488 –0.17 –814 –0.28
Table grapes e 435 364 –491 –0.11 –982 –0.23 –1636 –0.38
Scenario 2
Almonds b 2 225 058 –157 –0.01 –315 –0.01 –525 –0.02
Macadamias c 281 696 –28 –0.01 –55 –0.02 –92 –0.03
Oranges d 290 527 –90 –0.03 –180 –0.06 –300 –0.10
Table grapes e 435 364 –181 –0.04 –362 –0.08 –604 –0.14
Scenario 3
Almonds b 2 225 058 –76 0.00 –153 –0.01 –254 –0.01
Macadamias c 281 696 –13 0.00 –27 –0.01 –45 –0.02
Oranges d 290 527 –50 –0.02 –100 –0.03 –166 –0.06
Table grapes e 435 364 –100 –0.02 –201 –0.05 –334 –0.08
a Value of farm receipts is based on average volume of each commodity grown per farm in 2012–13. b Each almond producing farm is assumed to grow 401.1 tonnes, with an average farmgate price of $5.55 per kilogram. c Each macadamia producing farm is assumed to grow 86.4 tonnes, with an average farmgate price of $3.26 per kilogram. d Each orange producing farm is assumed to grow 336.4 tonnes, with an average farmgate price of $0.86 per kilogram. e Includes both fresh and dried grapes. Each grape producing farm is assumed to grow 187.4 tonnes, with an average farmgate price of $2.32 per kilogram. Source: ABARES estimates
Under scenario 1 (comparing full cost recovery with no cost recovery), and assuming that
100 per cent of export certification costs not passed on to importers are passed back to farmers
(an extreme scenario), farm receipts are estimated to fall by 0.11 per cent to 0.28 per cent for
almonds, macadamias and oranges. Impact on commodities ranges from about $425 a farm to
$2 415 a farm.
Under these assumptions, farm receipts for grapes are estimated to fall by 0.38 per cent, or
about $1 635. Estimated percentage reduction in receipts is relatively larger than that for
oranges (0.28 per cent), despite the same relative export certification costs at industry level (see
Table 7). This is because a larger percentage of grape production is exported. As such, costs of
export certification for grapes are spread across a smaller base. This increases the per unit
impost on producers.
Cost recovery arrangements for export certification and Australian agriculture ABARES
34
4 Discussion Export certification services, such as inspection and certification of food, plant and live animal
exports, ensure that Australia’s agricultural and fisheries exports comply with prescribed
conditions of Australia’s export controls and meet requirements of importing countries. The
department recovers the full cost of providing these services to industry through cost recovery
charges collected from exporters. It is redesigning its cost recovery arrangements as part of a
funding strategy for biosecurity and export services.
In this report ABARES examined the impact of full cost recovery on competitiveness of
Australia’s agricultural and fisheries exports. Some stakeholders have concerns that cost
recovery charges for export certification disadvantage agricultural industries by increasing the
cost of exporting. However, ABARES analysis suggests that the impact on value of exports is
small—less than 1 per cent for each commodity considered. This is in large part because export
certification costs comprise a small share of total value of exports (less than 0.8 per cent in
2013–14 for the commodities considered in this analysis).
Notwithstanding small declines in export values overall, the impact of full cost recovery varies
across commodities. Industries with the highest costs of export certification relative to total
value of exports, namely beef and sheep meat exporters, experience the largest decline in the
value of exports under full cost recovery. Commodities for which export demand is less sensitive
to changes in prices (such as almonds, macadamias, table grapes and oranges) are estimated to
have smaller declines in value of exports. This is because many horticulture exporters can pass
on some costs of export certification to importers, particularly where markets distinguish
Australian produce.
The department’s cost recovery charges for export certification increase the cost of exporting,
but the impact on competitiveness of agricultural exporters is limited. The ABARES investigation
of other countries’ cost recovery arrangements suggests that differences, and impacts on
competitiveness, are generally small. Other countries’ cost recovery arrangements differ from
Australia’s and, as a result, costs borne by their exporters to achieve export certification may
also differ. However, all countries considered by ABARES recover at least some of the costs
incurred in providing export certification services. Moreover, some of Australia’s key
competitors in dairy, meat, horticulture and grains export markets recover the full costs of
providing export certification services. These include New Zealand, the United States, Chile and
Canada.
This suggests that, for the commodities and countries considered in the report, full cost recovery
does not significantly reduce export competitiveness. The majority of countries investigated by
ABARES recover at least the costs of providing inspection and certification services, and many
recover overheads as well as direct costs of agencies responsible for export certification. The
analysis also examined how these observed differences (compared with Australia’s cost
recovery arrangements) affect the competitiveness of Australia’s agricultural exporters. For
example, some European countries appear to recover costs of inspection and certification
services only. Compared with a scenario where the department does not recover the costs of
managing and administering the export system from exporters, the fall in value of exports with
full cost recovery was less than 0.1 per cent for all commodities. Compared with a scenario
where the department does not recover its overhead costs from exporters, the fall in value of
exports with full cost recovery was less than 0.12 per cent for all commodities.
Cost recovery arrangements for export certification and Australian agriculture ABARES
35
However, some exporters may be disadvantaged in some markets by cost recovery charges for
export certification. First, Australia exports beef and lamb to the United States so export
certification is an additional cost of exporting not borne by US suppliers. Second, ABARES was
unable to determine the cost recovery arrangements of some of Australia’s main competitors in
export markets. For example, Australia’s main competitors for live sheep in the Middle East
market are Sudan, Somalia and Djibouti. ABARES analysis suggests that the impact of full cost
recovery on the value of live sheep exports is around 0.5 per cent. Similarly, ABARES was unable
to determine cost recovery arrangements of Australia’s main competitors in markets for
seafood.
Cost recovery arrangements for export certification and Australian agriculture ABARES
36
Appendix A: Industry profiles Australia’s agriculture and fisheries industries have a strong export focus. Around 60 per cent of
the gross value of farm production is typically exported, although the share was closer to
80 per cent in 2012–13. The share of fisheries production exported in 2012–13 was almost
50 per cent. In 2012–13 the value of farm exports was around $38 billion and the value of edible
seafood exports was over $1 billion (ABARES 2014b).
In recent decades, Asia has increased in importance as a destination for Australia’s agricultural
production. Asian markets accounted for over 60 per cent of the value of agricultural exports in
2012–13 (ABARES 2014b). The main destinations were Japan, China, Indonesia and the Republic
of Korea. At the same time, exports to Europe and the United States have generally declined—
each accounting for less than 10 per cent of the value of Australia’s agricultural exports.
This chapter presents brief profiles of industries considered in this report. These industries
represent Australia’s main agricultural and seafood exports (Table 1). Australia is a major exporter
of several agricultural commodities, including, beef, sheep meat, wool and macadamias. Other
industries represent a smaller share of global exports but are highly dependent on export markets.
Beef
Australia is a significant producer of beef and veal and one of the world’s largest exporters. In
2013–14 Australia produced about 2.4 million tonnes of beef and veal and was the seventh-
largest beef producer globally (ABARES 2014a). Australia is the world’s third-largest beef
exporter, after India and Brazil, exporting around two-thirds of total production annually. In
2013–14 Australia exported 1.2 million tonnes (shipped weight) of beef and veal, valued at
$6.3 billion (ABARES 2014b).
Australian beef and veal is exported to many countries globally. Australia’s largest beef and veal
export destinations are Japan (with a value of $1 446 million in 2013–14), the United States
($1 375 million) and the Republic of Korea ($844 million) (ABARES 2014d). In 2013 Australia
accounted for over half of all beef imports into Japan, the Republic of Korea and China, and 30 per
cent of all beef imports into the United States (UN Comtrade 2014). Japan, the Republic of Korea
and the United States have traditionally been key export markets for Australian beef and veal, but
demand for Australian beef from China has increased sharply since 2011–12 (Figure A1).
The competitiveness of Australian beef in export markets is an important factor in industry
performance, given the share of production going to export. Australia’s main competitors in beef
and veal markets are the United States, Brazil and New Zealand. Australia is facing increased
competition from the United States in the Japanese and Korean markets since the re-entry of
US beef into both markets. It was excluded in the early 2000s because of disease concerns.
Cost recovery arrangements for export certification and Australian agriculture ABARES
37
Figure A1 Value of Australian beef and veal exports, selected countries, 2005–06 to 2013–14
Source: ABARES (2014d)
Sheep meat
Australia is one of the world’s leading producers of sheep meat, and the largest and second-largest
exporter of mutton and lamb respectively. Australia exports about 50 per cent and almost 100 per
cent of its lamb and mutton produced. The value of Australian sheep meat exports increased by
about 49 per cent in real value terms between 2005–06 and 2013–14. In 2013–14 Australia
produced around 474 000 tonnes of lamb and 288 000 tonnes of mutton, with around 69 per cent
exported (ABARES 2014a). In 2013–14 Australia exported about 416 000 tonnes of sheep meat
(shipped weight), valued at about $2.3 billion (ABARES 2014d).
Sheep meat production in Australia increased over the decade to 2013–14. The share of
production going to export increased steadily from around 50 per cent in 2000–01 to almost
70 per cent in 2013–14 (ABARES 2014b).
The main destinations for Australian exports of sheep meat are the Middle East, the United
States and China. In 2013–14 exports to these markets accounted for almost two-thirds of
Australian lamb exports (ABARES 2014d). Exports of lamb to these markets generally increased
over the six years since 2006–07. Exports of mutton were in decline until 2011–12, when
exports increased, particularly to the Chinese market (Figure A2 and Figure A3).
Australia’s only major competitor for global sheep meat markets is New Zealand. It exports
much more lamb but around the same amount of mutton as Australia (ABARES 2014b). In 2013–
14 New Zealand exported 306 000 tonnes of lamb, 35 per cent more than Australia exported in
the same period (ABARES 2014d).
Cost recovery arrangements for export certification and Australian agriculture ABARES
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Figure A2 Volume of Australian lamb exports, selected countries, 2005–06 to 2013–14
Source: ABARES (2014d)
Figure A3 Volume of Australian mutton exports, selected countries, 2005–06 to 2013–14
Source: ABARES (2014d)
Live cattle exports
In 2011 Australia was the fifth-largest exporter of live cattle worldwide (Deards et al. 2014). In
2013–14 Australia exported almost 1.0 million head of live feeder/slaughter cattle, valued at
around $780 million (ABARES 2014d). Between 2005–06 and 2013–14 the value of live cattle
exports has ranged between $400 million and $600 million (2013 dollars). Cattle have been
mainly sourced from northern Australia.
Cost recovery arrangements for export certification and Australian agriculture ABARES
39
The main export markets for Australian live cattle are in South-East Asia, where cultural and
religious preferences, declining domestic herds and a lack of infrastructure drive demand for
livestock imports. In 2013–14 Australia exported 614 158 head of feeder/slaughter cattle to
Indonesia (Figure A4), which accounted for 62 per cent of all feeder/slaughter cattle exports.
Other markets for feeder/slaughter cattle in the region include Vietnam (accounting for 13 per
cent of total volume in 2013–14), Malaysia (5 per cent) and the Philippines (2 per cent). Another
important market is Israel, which accounted for 11 per cent of exports in 2013–14.
Figure A4 Australia live cattle exported (’000), selected countries, 2005–06 to 2013–14
Source: ABARES (2014d)
Australia is the main exporter of live cattle to South-East Asia, accounting for around 80 per cent
of the region’s live cattle imports (Deards et al. 2014). Restrictions imposed by Indonesia on
cattle and beef imports from Brazil and India—resulting from their not having status as being
foot-and-mouth disease free—has allowed Australia to remain the only supplier of live cattle to
Indonesia. Australia’s only competition for the South-East Asian market comes from Thailand,
which primarily exports to Malaysia and Vietnam. Thai cattle prices are generally significantly
lower than those of Australian cattle (UN Comtrade 2014).
Australia’s livestock industries enjoy disease-free status, which contributes to the industry’s
global competitiveness as a supplier and allows Australia to command a premium in export
markets. However, government policies in major export markets also have the potential to
significantly affect Australia’s live export trade. For example, since 2010 Australia’s live cattle
exports to Indonesia have been subject to trade measures to support Indonesia’s self-sufficiency
objectives. These include weight limits, import quotas and, since 2013, a reference price
mechanism (Deards et al. 2014).
Live sheep exports
Australian live sheep exports have been declining since the 1990s, following disruptions to trade
in several markets and a fall in the number of sheep available for export. The value of Australian
live sheep exported declined by about 50 per cent between 2005–06 and 2013–14. The number
of Australian live sheep exports fell to 1.97 million in 2013, the lowest recorded since 1975
(Deards et al. 2014).
Cost recovery arrangements for export certification and Australian agriculture ABARES
40
Australia’s live sheep export trade is concentrated in Western Australia. Live exports
represented 47 per cent of the state’s sheep meat industry gross value of production in 2012–13.
Shifts in land use towards grain production in the state since the early 1990s have led to a
decline in the sheep flock, reducing supply of live sheep available for export.
In 2011 Australia was the second-largest exporter of live sheep. Key export destinations for live
sheep from Australia have remained in the Middle East, with the region accounting for around
95 per cent of live sheep exported in 2012–13 (ABARES 2013). In 2013 Australia’s export
market share was 67 per cent in Qatar, 57 per cent in Kuwait and 31 per cent in Jordan
(UN Comtrade 2014); these levels have been relatively stable since the mid-2000s. However,
Australia’s overall market share in the Middle East had been falling since the early 2000s (Figure
A5). The fall was in line with the general fall in live sheep exports from Australia.
Figure A5 Live sheep exported (’000), selected countries, 2005–06 to 2013–14
Source: ABARES (2014d)
Australia’s major competitors in the Middle East market for live sheep export include Djibouti,
Somalia and Sudan. These countries combined supplied about 62 per cent of all live sheep into
the Middle East in 2011. This partly reflected the higher prices of Australian sheep relative to
African sheep. Despite this, Australian sheep are often preferred because of their higher quality
and because they are more likely to be disease-free (Deards et al. 2014).
Wool
Australia is the largest producer and exporter of wool globally. In 2012–13 Australia produced
about 435 100 tonnes of wool (greasy equivalent). This represented about 20 per cent of world’s
production and was valued at about $2.47 billion (ABARES 2014d). In 2013–14 Australia
exported about 295 400 tonnes of greasy wool, valued at about $2.2 billion. According to the
International Wool Textile Organisation, Australia accounted for about 44 per cent of the global
wool market, followed by New Zealand at about 17 per cent (ABARES 2014b).
Cost recovery arrangements for export certification and Australian agriculture ABARES
41
Wool production in Australia fell over the two decades to 2009–10. Shorn wool production was
at its peak in 1990–91 at 912 000 tonnes but fell continuously to about 350 000 tonnes in 2009–
10. The decline was mainly a result of the collapse of the wool reserve price scheme. However, a
period of flock rebuilding from 2009–10 resulted in shorn wool production stabilising rather
than declining in the five years to 2013–14 (ABARES 2014b). Reflecting this, the real gross value
of production also fell significantly between 1990–91 and 2009–10, with annual fluctuations
caused by movements in the wool price. Periods of intense drought (for example, in 2002–03
and 2006–07) also contributed to subsequent declines in stock numbers and wool production.
Europe was Australia’s main export market for wool until the early 2000s, when China became
Australia’s export destination. At present, China accounts for around 75 per cent of Australia’s
total wool exports. In 2013–14 Australia exported around 324 000 tonnes of wool, valued at
around $2.1 billion (Figure A6). Europe’s share of Australian wool exports fell from around
42 per cent in 1990–91 to around 8 per cent in 2013–14. Australian wool is also exported to
India, Taiwan, Republic of Korea, Japan, Thailand, Turkey and the United States.
Figure A6 Value of wool exports, selected countries, 2005–06 to 2013–14
Source: ABARES (2014d)
New Zealand is the second-largest wool exporter globally. However, Australian exports fine wool
to China for the clothing industry and New Zealand mainly exports strong wool for the carpet
industry.
The wool industry faces competition from synthetic fibre and cotton. World demand for wool
has fallen as demand for textiles and apparel made from synthetic fibres and cotton has grown.
Between 1990 and 2012, global synthetic fibres production increased by about 250 per cent as a
result of increased demand (ABARES 2014b). World cotton production also increased by about
64 per cent between 2009 and 2012.
Cost recovery arrangements for export certification and Australian agriculture ABARES
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Dairy
On a global scale, milk production in Australia is relatively low but the industry is the third-largest
agricultural sector in Australia. In 2012–13 Australia produced about 9.2 billion litres of milk,
accounting for about 1.8 per cent of global milk production. The wholesale value of the Australian
dairy industry in 2012–13 was more than $13 billion (PC 2014).
Australia is among the main exporters of dairy products worldwide. In 2013–14 Australia
exported about 57 per cent of its dairy products (cheese, skim milk powder, butter, casein and
whole milk powder), mostly to countries in Asia. In 2013–14 Australia exported about 437 500
tonnes of butter, cheese, whole milk powder and skim milk powder, valued at about $2.2 billion
(ABARES 2014d). The main importers of Australian cheese and milk powder are Japan and
South-East Asia respectively. Other export destinations include the Russian Federation, Hong
Kong, Taiwan, Republic of Korea, Saudi Arabia, the Netherlands and Yemen.
Demand for dairy products in Japan and South-East Asia has been relatively stable since 2005–
06, while demand in China has been increasing since 2005–06.
Figure A7 Value of Australian dairy product exports, selected countries, 2005–06 to 2013–14
Source: ABARES (2014d)
Australia faces competition from other dairy exporting countries, especially New Zealand, the
European Union and the United States. In 2011–12 the European Union exported about
1.3 million tonnes of cheese and skim milk powder; Australia exported 188 000 tonnes
(ABARES 2014d). The free trade agreements between Australia and China and New Zealand and
China are expected to provide Australia and New Zealand with a competitive advantage over
other countries exporting to China.
Horticulture
The gross value of production of the Australian horticulture industry is large. Unlike the
production of other agricultural industries, its production is mostly sold domestically. The
estimated gross value of production of the industry was about $9.1 billion in 2013–14. The bulk
of production lies in fruit (excluding wine grapes), tree nuts and vegetables (ABARES 2014c).
Cost recovery arrangements for export certification and Australian agriculture ABARES
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The smaller horticultural industries such as almonds and oranges are far more export-oriented
and account for a large proportion of horticulture export revenue. In contrast, the larger industries
such as bananas are almost entirely domestically focused. In 2012–13 the value of Australian fruit
production was about $3 521 million while export value was about $634 million (ABARES 2014c).
In 2013–14 the most export-oriented horticulture commodities were almonds, macadamias,
oranges and table grapes. Exports of nuts have trended upwards over the past decade. Exports
of fruit have remained relatively volatile (Figure A8), subject to seasonal conditions and
fluctuating consumer demand.
Figure A8 Value of Australian fruit and nuts exports, 2005–06 to 2013–14
Source: ABARES (2014d)
The value of Australian fruit exports increased by about 48 per cent (in real terms) between
2010–11 and 2013–14, from $503 million to $743 million (in 2014–15 dollars). This can be
attributed to strong export growth of table grapes, fresh oranges, mandarins, cherries and
mangoes. Table grape exports, in particular, have grown rapidly.
The Australian orange industry has a strong export focus, exporting almost one-third of total
production in 2013–14. The major markets for orange exports in 2013–14 were Japan, Hong
Kong, the United States and China. The United States has been an important market for
Australian citrus exports, but market share has fallen. Australian orange exports to the northern
hemisphere during the southern hemisphere production season face competition from Chile,
Peru and South Africa. The Australian citrus industry has refocused on the Asian region. Exports
to China grew tenfold in 2012–13 and tripled in 2013–14; China is now Australia’s third-largest
citrus export destination.
Almond and macadamia production made up 94 per cent of the total value of tree nut
production in Australia. Australia is now the second-largest producer of almonds, accounting for
about 7 per cent of global production. The Australian almond industry is now highly export
focused, producing more than three times the quantity consumed domestically. In 2013–14 the
value of almond exports increased by 142 per cent, making almonds Australia’s largest
horticultural export. This is as a result of an increase in world prices, as demand remained
Cost recovery arrangements for export certification and Australian agriculture ABARES
44
strong and stocks in major exporting countries fell. As of 2013 Australia was the largest
producer of macadamia nuts globally, although South Africa, the United States and Kenya have
gained market share in recent years.
Horticulture products are typically subject to heavy tariffs and non-tariff biosecurity
restrictions. At present, tariffs stand at around 10 per cent to 30 per cent on imports to China,
10 per cent to 40 per cent to Japan, 30 per cent to 40 per cent to India and 30 per cent to
50 percent to the Republic of Korea. Australia has signed free trade agreements with the
Republic of Korea and Japan, and is progressing towards an agreement with China, and these
may substantially increase Australia’s international competitiveness.
Wheat
On a global scale, Australia is a relatively small producer but a major exporter of wheat.
Australia’s wheat production accounts for less than 4 per cent of total world production. In
2013–14 Australia produced about 27.0 million tonnes of wheat, exporting around 68 per cent.
The volume of wheat exported in 2013–14 accounted for approximately 12 per cent of total
world trade (ABARES 2014d).
Production and export of wheat increased between 2006–07 and 2011–12 and fell slightly fall in
2012–13 (Figure A9).
Figure A9 Volume of Australian wheat production and exports, 2005–06 to 2013–14
Source: ABARES (2014d)
The most significant destinations for Australian wheat exports are in South-East Asia—
particularly Indonesia and Vietnam—and North Asia, particularly the Republic of Korea, Japan
and China. Australia’s major competitors in these markets are Canada and the United States.
However, Australian maintains dominance in export share in its key markets, especially
Indonesia. The proximity of Australia to the Asian region provides Australian exporters with an
advantage over its competitors.
Cost recovery arrangements for export certification and Australian agriculture ABARES
45
Coarse grains
Australia is a small producer and exporter of coarse grains on the global scale. However, over
half of production is exported. In 2013–14 Australia produced about 12.6 million tonnes of
barley, grain sorghum, corn (maize), oats and triticale valued at about $3 319 million
(ABARES 2014d). About 64 per cent of the 2013–14 coarse grain production was exported.
Barley is the most-exported coarse grain in volume and value, followed by grain sorghum and
maize. In 2013–14 Australia produced about 9.5 million tonnes of barley, with around
75 per cent exported (ABARES 2014d).
Coarse grain production and exports were relatively stable over the decade to 2012–13, with the
exception of 2006–07. Drought, among other factors, accounted for the sharp decline in
production during that period (Figure A10).
Figure A10 Volume of Australian coarse grain production and exports, 2005–06 to 2013–14
Source: ABARES (2014d)
Seafood
Australia produced 228 556 tonnes of seafood products in 2012–13, contributing $2.4 billion to
the national gross value of production (GVP). This production comes from the wild-caught sector
($1.4 billion, 57 per cent) and aquaculture ($1 billion, 43 per cent). The most valuable species
produced in 2012–13 were salmonids ($497 million), rock lobster ($451 million), prawns ($277
million), tuna ($177 million) and abalone ($190 million). Of these, rock lobster, tuna and abalone
are heavily exported, predominantly to markets in Hong Kong, Japan, Vietnam and China.
In 2012–13 edible seafood exports totalled $1 billion. Over 79 per cent of this was derived from
the export of tuna ($447 million), abalone ($186 million) and tuna ($163 million). Japan is the
largest market for tuna, importing around 97 per cent of all tuna exported from Australia on
average over the last 10 years to 2012–13. The key markets for abalone have traditionally been
Hong Kong, China and Japan. They constituted over 80 per cent of total abalone export value,
averaged over 10 years from 2003–04. However, in recent years abalone exports to China and
Hong Kong have declined while Vietnam has started to grow as new market.
Cost recovery arrangements for export certification and Australian agriculture ABARES
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Similarly, rock lobster exports have been redirected from traditional markets. In the early
2000s, key export markets for rock lobster were Hong Kong, Japan, Taiwan and the United
States. However, exports of rock lobster to Japan, Taiwan and the United States declined
gradually over the decade and, by the late 2000s, around 70 per cent of rock lobster exported
from Australia was sent to Hong Kong. Hong Kong remains a key market for rock lobster, but
Vietnam has become the largest importer of rock lobster since 2012–13. Anecdotal evidence
suggests that Hong Kong and Vietnam are entry ports for seafood exports to China.
Tuna
Fresh, chilled and frozen
Fresh, chilled and frozen tuna products dominate Australian tuna exports. In 2013 Australia
exported 10 032 tonnes ($137 million) of tuna products, of which 8 991 tonnes ($134 million)
was fresh chilled and frozen. Around 8 413 tonnes (94 per cent) of fresh, chilled and frozen tuna
products were sent to Japan. Southern bluefin tuna constitutes around 95 per cent of all
Australian export earnings from fresh, chilled and frozen tuna. Table A1 lists the main suppliers
of fresh, chilled and frozen southern bluefin tuna to Japan.
Table A1 Imports of fresh, chilled and frozen southern bluefin tuna into Japan
Exporting country
2012 (tonnes)
2013 (tonnes)
Exporting country
2012 ($US million)
2013 ($US million)
Australia 6 917 7 876 Australia 160 126
Republic of Korea
846 1 000 Republic of Korea
21 16
New Zealand 449 471 New Zealand 11 8
Rest of Asia 310 612 Rest of Asia 10 11
Total world 8 920 10 428 Total world 203 161
Source: UN Comtrade 2014
Japan is Australia’s main export destination for southern bluefin tuna. However, Atlantic bluefin
tuna from Mediterranean Europe is also a premium tuna; it competes with Australian southern
bluefin tuna. Table A2 lists the main suppliers of Atlantic and Pacific bluefin tuna into Japan.
Table A2 Imports of fresh, chilled and frozen Atlantic and Pacific bluefin tuna into Japan
Exporting
country
2012
(tonnes)
2013
(tonnes)
Exporting
country
2012 ($US
million)
2013 ($US
million)
Republic of Korea
1 370 560 Mexico 31 64
Mexico 1 282 3 589 Spain 13 12
Canada 327 322 United States 12 4
United States 326 134 Canada 11 9
Total world 4 309 5 635 Total world 101 111
Source: United Nation’s Comtrade database 2014
Cost recovery arrangements for export certification and Australian agriculture ABARES
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Abalone
Live, fresh and chilled, frozen, and prepared and preserved
In 2013 Australia exported 2 815 tonnes of abalone ($179 million). This is broken down into three
categories: live, fresh and chilled (1 414 tonnes, $73 million); frozen, dried, salted or in brine (749
tonnes, $57 million); and prepared and preserved (651 tonnes, $48 million). The top three
international markets for each of the abalone export categories by value are listed in Table A3.
Table A3 Top export destinations for Australian abalone by commodity type
2012 ($ million) 2013 ($ million)
Live, fresh or chilled
Hong Kong 45 30
China 23 19
Vietnam 9 18
Total world 83 73
Frozen, dried, salted or in brine
Hong Kong 23 25
Japan 15 14
Singapore 8 10
Total world 52 57
Prepared and preserved
Hong Kong 31 25
Singapore 10 14
Total world 51 48
Source: Australian Bureau of Statistics 2014
Australia appears to be the dominant supplier of abalone across all categories and species for
each of its export markets. Table A4 lists the main suppliers of all categories of abalone for each
of Australia’s key export markets.
Table A4 Imports of abalone into China, Hong Kong, Japan and Singapore, 2012
$US million Share (%)
China
Australia 25 90
Asia 1 3
Total world 27 100
Hong Kong
Australia 76 30
South Africa 43 17
Japan 24 10
Rest of Asia 33 13
Japan
Republic of Korea 60 56
Australia 27 25
Cost recovery arrangements for export certification and Australian agriculture ABARES
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$US million Share (%)
Rest of Asia 9 8
Total world 108 100
Singapore
Australia 22 34
New Zealand 12 19
Rest of Asia 17 26
Total world 64 100
Source: UN Comtrade 2014
Rock lobster
In 2013 Australian rock lobster exports were valued at around $457 million. The main destinations for Australian rock lobster exports (unfrozen) are China, Hong Kong and Vietnam (Table A5). Australia (along with New Zealand and the United States) is a leading supplier of unfrozen lobster products into China and Hong Kong.
Table A5 Top export destinations for Australian unfrozen rock lobster
Country 2010 ($ million) 2011 ($ million) 2012 ($ million) 2013 ($ million)
China 14 64 9 4
Hong Kong 278 267 256 107
Japan 14 12 10 6
Vietnam 0 14 73 335
Total export 317 373 360 457
Source: Australian Bureau of Statistics 2014
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Appendix B: Sensitivity analysis
Variable export prices
Table B1 Estimated potential impacts under full cost recovery compared with scenario 1, assuming variable export prices
Market impacts Abalone Almonds Beef Cattle live
Dairy a
Grains Maca-damias
Oranges Prawns Rock lobster
Sheep live
Sheep meat
Table grapes
Tuna Wool
Relative change in unit prices
Producer price (%) –0.22 –0.08 –0.48 –0.62 –0.06 –0.15 –0.06 –0.22 –0.17 –0.24 –0.62 –0.63 –0.34 –0.24 –0.06
Export price (%) 0.03 0.07 0.31 0.06 0.01 0.02 0.09 0.34 0.08 0.01 0.06 0.17 0.23 0.01 0.01
Relative change in volumes
Domestic production (%) –0.01 –0.04 –0.40 –0.25 –0.03 –0.09 –0.03 –0.13 –0.01 –0.01 –0.25 –0.21 –0.19 –0.01 –0.05
Domestic sales (%) 0.11 0.01 0.31 na 0.01 0.02 0.01 0.02 0.09 0.12 na 0.52 0.04 0.12 0.00
Exports (%) –0.11 –0.05 –1.10 –0.25 –0.05 –0.13 –0.07 –0.47 –0.25 –0.04 –0.25 –0.70 –0.31 –0.02 –0.05
Relative change in values at market prices b
Domestic production (%) c
–0.09 0.00 –0.49 –0.20 –0.04 –0.12 –0.02 –0.18 –0.11 –0.04 –0.20 –0.36 –0.16 –0.03 –0.04
Domestic sales (%) d –0.11 –0.07 –0.17 na –0.05 –0.13 –0.05 –0.20 –0.09 –0.12 na –0.11 –0.30 –0.12 –0.06
Exports (%) e –0.08 0.02 –0.79 –0.20 –0.04 –0.11 0.03 –0.13 –0.18 –0.03 –0.20 –0.54 –0.09 –0.02 –0.04
Absolute change in values at market prices b,f
Domestic production ($m) c
–0.3 0.0 –60.6 –1.5 –1.8 –12.7 0.0 –0.7 –0.4 –0.3 –0.4 –13.6 –0.5 0.0 –1.2
Domestic sales ($m) d –0.2 –0.1 –10.8 na –0.8 –3.5 –0.1 –0.5 –0.2 –0.2 na –1.6 –0.3 0.0 0.0
Exports ($m) e –0.1 0.1 –49.8 –1.5 –1.0 –9.2 0.0 –0.2 –0.2 –0.2 –0.4 –12.0 –0.2 0.0 –1.2
a Producer prices are defined in 2013–14 dollars and refer to price received by producers, including any implicit subsidy from less than full cost recovery. b Export prices are defined in 2013–14 dollars and refer to fob price paid by importing countries. c Changes in market value of production are based on change in market value of exports and domestic sales. d Changes in market value of domestic sales are based on change in domestic sales and change in producer price. e Changes in market value of exports are based on change in volume of exports and change in export price. f Absolute changes in values are measured in 2013–14 dollars (millions). na Not applicable. Note: Measures change in value of exports with a move to full cost recovery relative to a scenario with no cost recovery. Source: ABARES estimates
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Table B2 Estimated potential impacts under full cost recovery compared with Scenario 2, assuming variable export prices
Market impacts Abalone Almonds Beef Cattle live
Dairy a
Grains Maca-damias
Oranges Prawns Rock-lobster
Sheep live
Sheep meat
Table grapes
Tuna Wool
Relative change in unit prices
Producer price (%)
–0.06 –0.02 –0.04 –0.23 –0.02 –0.03 –0.01 –0.08 –0.05 –0.07 –0.23 –0.05 –0.13 –0.07 0.00
Export price (%) 0.01 0.02 0.03 0.02 0.00 0.00 0.02 0.13 0.02 0.00 0.02 0.01 0.08 0.00 0.00
Relative change in volumes
Domestic production (%)
0.00 –0.01 –0.03 –0.09 –0.01 –0.02 –0.01 –0.05 0.00 0.00 –0.09 –0.02 –0.07 0.00 0.00
Domestic sales (%)
0.03 0.00 0.03 na 0.00 0.00 0.00 0.01 0.02 0.03 na 0.04 0.01 0.03 0.00
Exports (%) –0.03 –0.01 –0.09 –0.09 –0.02 –0.03 –0.01 –0.17 –0.07 –0.01 –0.09 –0.06 –0.12 –0.01 0.00
Relative change in values at market prices b
Domestic production (%) c
–0.03 0.00 –0.04 –0.07 –0.01 –0.03 0.00 –0.07 –0.03 –0.01 –0.07 –0.03 –0.06 –0.01 0.00
Domestic sales (%) d
–0.03 –0.02 –0.01 na –0.02 –0.03 –0.01 –0.07 –0.02 –0.03 na –0.01 –0.11 –0.03 0.00
Exports (%) e –0.02 0.00 –0.07 –0.07 –0.01 –0.02 0.01 –0.05 –0.05 –0.01 –0.07 –0.04 –0.03 0.00 0.00
Absolute change in values at market prices b,f
Domestic production ($m) c
–0.1 0.0 –5.0 –0.6 –0.6 –2.8 0.0 –0.3 –0.1 –0.1 –0.1 –1.1 –0.2 0.0 0.0
Domestic sales ($m) d
0.0 0.0 –0.9 na –0.2 –0.8 0.0 –0.2 –0.1 0.0 na –0.1 –0.1 0.0 0.0
Exports ($m) e 0.0 0.0 –4.1 –0.6 –0.3 –2.0 0.0 –0.1 –0.1 0.0 –0.1 –1.0 –0.1 0.0 0.0
a Producer prices are defined in 2013–14 dollars and refer to price received by producers, including any implicit subsidy from less than full cost recovery. b Export prices are defined in 2013–14 dollars and refer to fob price paid by importing countries. c Changes in market value of production are based on change in market value of exports and domestic sales. d Changes in market value of domestic sales are based on change in domestic sales and change in producer price. e Changes in market value of exports are based on change in volume of exports and change in export price. f Absolute changes in values are measured in 2013–14 dollars (millions). na Not applicable. Note: Measures change in value of exports with a move to full cost recovery relative to a scenario where only costs of providing inspection and certification services are recovered from exporters. Source: ABARES estimates
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Table B3 Estimated potential impacts under full cost recovery compared with Scenario 3, assuming variable export prices
Market impacts Abalone Almonds Beef Cattle live
Dairy a
Grains Maca-damias
Oranges Prawns Rock-lobster
Sheep live
Sheep meat
Table grapes
Tuna Wool
Relative change in unit prices
Producer price (%)
–0.05 –0.01 –0.08 –0.18 –0.02 –0.02 –0.01 –0.05 –0.04 –0.05 –0.18 –0.10 –0.07 –0.05 –0.01
Export price (%) 0.01 0.01 0.05 0.02 0.00 0.00 0.01 0.07 0.02 0.00 0.02 0.03 0.05 0.00 0.00
Relative change in volumes
Domestic production (%)
0.00 0.00 –0.06 –0.07 –0.01 –0.01 0.00 –0.03 0.00 0.00 –0.07 –0.03 –0.04 0.00 –0.01
Domestic sales (%)
0.02 0.00 0.05 na 0.00 0.00 0.00 0.01 0.02 0.03 na 0.08 0.01 0.03 0.00
Exports (%) –0.02 –0.01 –0.17 –0.07 –0.01 –0.01 –0.01 –0.10 –0.06 –0.01 –0.07 –0.11 –0.06 –0.01 –0.01
Relative change in values at market prices b
Domestic production (%) c
–0.02 0.00 –0.08 –0.06 –0.01 –0.01 0.00 –0.04 –0.02 –0.01 –0.06 –0.06 –0.03 –0.01 –0.01
Domestic sales (%) d
–0.02 –0.01 –0.03 na –0.01 –0.01 –0.01 –0.04 –0.02 –0.03 na –0.02 –0.06 –0.03 –0.01
Exports (%) e –0.02 0.00 –0.12 –0.06 –0.01 –0.01 0.00 –0.03 –0.04 –0.01 –0.06 –0.08 –0.02 0.00 –0.01
Absolute change in values at market prices b, f
Domestic production ($m) c
–0.1 0.0 –9.5 –0.4 –0.5 –1.3 0.0 –0.1 –0.1 –0.1 –0.1 –2.1 –0.1 0.0 –0.3
Domestic sales ($m) d
0.0 0.0 –1.7 na –0.2 –0.4 0.0 –0.1 –0.1 0.0 na –0.3 –0.1 0.0 0.0
Exports ($m) e 0.0 0.0 –7.8 –0.4 –0.3 –1.0 0.0 0.0 0.0 0.0 –0.1 –1.9 0.0 0.0 –0.3
a Producer prices are defined in 2013–14 dollars and refer to price received by producers, including any implicit subsidy from less than full cost recovery. b Export prices are defined in 2013–14 dollars and refer to fob price paid by importing countries. c Changes in market value of production are based on change in market value of exports and domestic sales. d Changes in market value of domestic sales are based on change in domestic sales and change in producer price. e Changes in market value of exports are based on change in volume of exports and change in export price. f Absolute changes in values are measured in 2013–14 dollars (millions). Note: Measures change in value of exports with a move to full cost recovery relative to a scenario where only direct costs of providing export certification are recovered from exporters. Source: ABARES estimate
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Table B4 Changes in farmgate prices under full cost recovery compared with alternative scenarios, assuming variable export prices
Commodity Scenario 1 Scenario 2 Scenario 3
($) a (%) b ($) a (%) b ($) a (%) b
Beef cattle for domestic slaughter –$6.66/head –1.01 –$0.55/head –0.09 –$1.04/head –0.17
Sheep for domestic slaughter –$1.07/head –1.32 –$0.09/head –0.14 –$0.17/head –0.27
Beef cattle for live export –$4.90/head –0.74 –$1.77/head –0.28 –$1.39/head –0.22
Sheep for live export –$0.57/head –0.70 –$0.21/head –0.33 –$0.16/head –0.26
Grapes (excluding wine) –$7.87/tonne –0.38 c –$2.91/tonne –0.14 c –$1.61/tonne –0.08 c
Oranges –$2.18/tonne –0.28 –$0.81/tonne –0.10 –$0. 45/tonne –0.06
Grains –$0.44/tonne –0.22 –$0.10/tonne –0.05 –$0.05/tonne –0.02
Macadamias –$4.44/tonne –0.15 –$0.96/tonne –0.03 –$0.47/tonne –0.02
Almonds –$5.43/tonne –0.11 –$1.18/tonne –0.02 –$0.57/tonne –0.01
Milk 0.04c/litre –0.10 0.01c/litre –0.03 0.01c/litre –0.03
Prawns $0.03/kilogram –0.17 c $0.01/kilogram –0.05 c $0.01/kilogram –0.04 c
Tuna $0.03/kilogram –0.24 c $0.01/kilogram –0.07 c $0.01/kilogram –0.05 c
Rock lobster $0.18/kilogram –0.24 c $0.05/kilogram –0.07 c $0.04/kilogram –0.05 c
Abalone $0.14/kilogram –0.22 c $0.04/kilogram –0.06 c $0.03/kilogram –0.05 c
Wool 0.4c/kilogram –0.07 0.0c/kilogram –0.00 0.1c/kilogram –0.01
a Absolute changes in farmgate prices are calculated by dividing the total burden on industry by number of units produced domestically. Burden on industry includes costs of export certification that are not passed on to importing countries and losses on domestic sales resulting from lower domestic prices. b Estimated percentage change in price differs across farm types according to average price received. Estimates presented in this table are based on highest percentage change across the six farm types considered in farm surveys. c These estimates use export prices as a proxy for farmgate or vessel prices. Where farmgate prices are lower than export prices, estimated percentage impacts on producer prices will be greater. Source: ABARES estimates
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Table B5 Change in value of broadacre and dairy farm receipts in 2013–14 under full cost recovery compared with alternative cost pass-back rates and alternative scenarios, assuming variable export prices, $ per farm and per cent of farm receipts
Farm type Value of farm receipts ($) a
30% cost pass-back
60% cost pass-back
100% cost pass-back
$ % $ % $ %
Scenario 1
Wheat and other crops 832 954 –565 –0.07 –1 130 –0.14 –1 884 –0.23
Mixed livestock–crops 427 458 –509 –0.12 –1 018 –0.24 –1 697 –0.40
Sheep 263 893 –453 –0.17 –905 –0.34 –1 509 –0.57
Beef 274 709 –621 –0.23 –1242 –0.45 –2 070 –0.75
Sheep–beef 331 453 –732 –0.22 –1464 –0.44 –2 440 –0.74
Dairy 622 934 –194 –0.03 –389 –0.06 –648 –0.10
Scenario 2
Wheat and other crops 832 954 –93 –0.01 –185 –0.02 –308 –0.04
Mixed livestock–crops 427 458 –63 –0.01 –126 –0.03 –211 –0.05
Sheep 263 893 –55 –0.02 –110 –0.04 –184 –0.07
Beef 274 709 –71 –0.03 –141 –0.05 –236 –0.09
Sheep–beef 331 453 –72 –0.02 –144 –0.04 –239 –0.07
Dairy 622 934 –57 –0.01 –115 –0.02 –191 –0.03
Scenario 3
Wheat and other crops 832 954 –66 –0.01 –132 –0.02 –220 –0.03
Mixed livestock–crops 427 458 –75 –0.02 –150 –0.04 –250 –0.06
Sheep 263 893 –90 –0.03 –180 –0.07 –300 –0.11
Beef 274 709 –113 –0.04 –225 –0.08 –375 –0.14
Sheep–beef 331 453 –119 –0.04 –238 –0.07 –397 –0.12
Dairy 622 934 –49 –0.01 –99 –0.02 –165 –0.03
a Figures in this column are average value of farm receipts 2008–09 to 2012–13, expressed in 2013–14 dollars. Change in economic value of farm production is measured relative to these figures. Note: Impacts of a decrease in demand for farm outputs, as a result of increases in export certification cost recovery charges, are not considered in these estimates. Source: ABARES estimates
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Table B6 Change in value of average farm receipts for selected horticulture products under full cost recovery compared with alternative cost pass-back rates and alternative scenarios, assuming variable export prices, $m a farm
Farm type Value of receipts a
30% cost pass-back
60% cost pass-back
100% cost pass-back
$ % $ % $ %
Scenario 1
Almonds b 2 225 058 –725 –0.03 –1 450 –0.07 –2 417 –0.11
Macadamias c 281 696 –128 –0.05 –255 –0.09 –425 –0.15
Oranges d 290 527 –244 –0.08 –488 –0.17 –814 –0.28
Table grapes e 435 364 –491 –0.11 –982 –0.23 –1636 –0.38
Scenario 2
Almonds b 2 225 058 –157 –0.01 –315 –0.01 –525 –0.02
Macadamias c 281 696 –28 –0.01 –55 –0.02 –92 –0.03
Oranges d 290 527 –90 –0.03 –180 –0.06 –300 –0.10
Table grapes e 435 364 –181 –0.04 –362 –0.08 –604 –0.14
Scenario 3
Almonds b 2 225 058 –76 0.00 –153 –0.01 –254 –0.01
Macadamias c 281 696 –13 0.00 –27 –0.01 –45 –0.02
Oranges d 290 527 –50 –0.02 –100 –0.03 –166 –0.06
Table grapes e 435 364 –100 –0.02 –201 –0.05 –334 –0.08
a Value of farm receipts is based on average volume of each commodity grown per farm in 2012–13. b Each almond producing farm is assumed to grow 401.1 tonnes a year, with an average farmgate price of $5.55 a kilogram. c Each macadamia producing farm is assumed to grow 86.4 tonnes a year, with an average farmgate price of $3.26 a kilogram. d Each orange producing farm is assumed to grow 336.4 tonnes a year, with an average farmgate price of $0.86 a kilogram. e Includes both fresh and dried grapes. Each grape producing farm is assumed to grow 187.4 tonnes a year, with an average farmgate price of $2.32 a kilogram. Source: ABARES estimates
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Fixed export prices
Table B7 Estimated potential impacts under full cost recovery compared with Scenario 1, assuming fixed export prices
Market impacts Abalone Almonds Beef Cattle live
Dairy a Grains Macadamias Oranges Prawns Rock lobster
Sheep live
Sheep meat
Table grapes
Tuna Wool
Relative change in unit prices
Producer price (%) –0.25 –0.15 –0.79 –0.68 –0.07 –0.17 –0.15 –0.56 –0.25 –0.25 –0.68 –0.79 –0.56 –0.25 –0.07
Export price (%) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Relative change in volumes
Domestic production (%)
–0.01 –0.07 –0.66 –0.27 –0.04 –0.10 –0.07 –0.34 –0.01 –0.01 –0.27 –0.26 –0.32 –0.01 –0.06
Domestic sales (%) 0.13 0.02 0.51 na 0.01 0.02 0.02 0.06 0.13 0.13 na 0.66 0.06 0.13 0.00
Exports (%) –0.13 –0.09 –1.80 –0.27 –0.06 –0.14 –0.17 –1.19 –0.36 –0.04 –0.27 –0.89 –0.52 –0.02 –0.06
Relative change in values at market prices b
Domestic production (%) c
–0.13 –0.10 –1.05 –0.27 –0.06 –0.15 –0.15 –0.72 –0.19 –0.06 –0.27 –0.58 –0.51 –0.03 –0.06
Domestic sales (%) d
–0.13 –0.13 –0.29 na –0.06 –0.15 –0.13 –0.50 –0.13 –0.13 na –0.14 –0.50 –0.13 –0.07
Exports (%) e –0.13 –0.09 –1.80 –0.27 –0.06 –0.14 –0.17 –1.19 –0.36 –0.04 –0.27 –0.89 –0.52 –0.02 –0.06
Absolute change in values at market prices b, f
Domestic production ($m) c
–0.4 –0.5 –132.5 –2.1 –2.7 –16.1 –0.4 –2.8 –0.7 –0.4 –0.5 –21.9 –1.4 –0.1 –1.8
Domestic sales ($m) d
–0.2 –0.2 –17.6 na –0.9 –4.0 –0.2 –1.3 –0.3 –0.2 na –2.1 –0.5 0.0 0.0
Exports ($m) e –0.2 –0.3 –114.8 –2.1 –1.7 –12.1 –0.2 –1.5 –0.4 –0.2 –0.5 –19.8 –1.0 0.0 –1.8
a Producer prices are defined in 2013–14 dollars and refer to price received by producers, including any implicit subsidy from less than full cost recovery. b Export prices are defined in 2013–14 dollars and refer to fob price paid by importing countries. c Changes in market value of production are based on change in market value of exports and domestic sales. d Changes in market value of domestic sales is based on change in domestic sales and change in producer price. e Changes in market value of exports are based on change in volume of exports and change in export price. f Absolute changes in values are measured in 2013–14 dollars (millions). na not applicable. Note: Measures change in value of exports with a move to full cost recovery relative to a scenario with no cost recovery. Source: ABARES estimates
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Table B8 Estimated potential impacts under full cost recovery compared with Scenario 2, assuming fixed export prices
Market impacts Abalone Almonds Beef Cattle live
Dairy a
Grains Macadamia Oranges Prawns Rock-lobster
Sheep live
Sheep meat
Table grapes
Tuna Wool
Relative change in unit prices
Producer price (%) –0.07 –0.03 –0.07 –0.25 –0.02 –0.04 –0.03 –0.21 –0.07 –0.07 –0.25 –0.07 –0.21 –0.07 0.00
Export price (%) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Relative change in volumes
Domestic production (%)
0.00 –0.01 –0.05 –0.10 –0.01 –0.02 –0.01 –0.13 0.00 0.00 –0.10 –0.02 –0.12 0.00 0.00
Domestic sales (%) 0.04 0.00 0.04 0.00 0.00 0.00 0.00 0.02 0.04 0.04 0.00 0.05 0.02 0.04 0.00
Exports (%) –0.04 –0.02 –0.15 –0.10 –0.02 –0.03 –0.04 –0.44 –0.10 –0.01 –0.10 –0.07 –0.19 –0.01 0.00
Relative change in values at market prices b
Domestic production (%) c
–0.04 –0.02 –0.09 –0.10 –0.02 –0.03 –0.03 –0.27 –0.05 –0.02 –0.10 –0.05 –0.19 –0.01 0.00
Domestic sales (%) d –0.04 –0.03 –0.02 0.00 –0.02 –0.03 –0.03 –0.19 –0.04 –0.04 0.00 –0.01 –0.19 –0.04 0.00
Exports (%) e –0.04 –0.02 –0.15 –0.10 –0.02 –0.03 –0.04 –0.44 –0.10 –0.01 –0.10 –0.07 –0.19 –0.01 0.00
Absolute change in values at market prices b, f
Domestic production ($m) c
–0.1 –0.1 –10.9 –0.8 –0.9 –3.5 –0.1 –1.0 –0.2 –0.1 –0.2 –1.8 –0.5 0.0 0.0
Domestic sales ($m) d
–0.1 0.0 –1.5 0.0 –0.3 –0.9 0.0 –0.5 –0.1 0.0 0.0 –0.2 –0.2 0.0 0.0
Exports ($m) e –0.1 –0.1 –9.4 –0.8 –0.6 –2.6 0.0 –0.6 –0.1 –0.1 –0.2 –1.6 –0.4 0.0 0.0
a Producer prices are defined in 2013–14 dollars and refer to price received by producers, including any implicit subsidy from less than full cost recovery. b Export prices are defined in 2013–14 dollars and refer to fob price paid by importing countries. c Changes in market value of production are based on change in market value of exports and domestic sales. d Changes in market value of domestic sales is based on change in domestic sales and change in producer price. e Changes in market value of exports are based on change in volume of exports and change in export price. f Absolute changes in values are measured in 2013–14 dollars (millions). na not applicable. Note: Measures change in value of exports with a move to full cost recovery relative to a scenario with no cost recovery. Source: ABARES estimates
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Table B9 Estimated potential impacts under full cost recovery compared with Scenario 3, assuming fixed export prices
Market impacts Abalone Almonds Beef Cattle live
Dairy a
Grains Maca-damia
Oranges Prawns Rock-lobster
Sheep live
Sheep meat
Table grapes
Tuna Wool
Relative change in unit prices
Producer price (%) –0.06 –0.02 –0.12 –0.19 –0.02 –0.02 –0.02 –0.12 –0.06 –0.06 –0.19 –0.12 –0.12 –0.06 –0.01
Export price (%) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Relative change in volumes
Domestic production (%)
0.00 –0.01 –0.10 –0.08 –0.01 –0.01 –0.01 –0.07 0.00 0.00 –0.08 –0.04 –0.06 0.00 –0.01
Domestic sales (%) 0.03 0.00 0.08 NA 0.00 0.00 0.00 0.01 0.03 0.03 NA 0.10 0.01 0.03 0.00
Exports (%) –0.03 –0.01 –0.28 –0.08 –0.02 –0.02 –0.02 –0.24 –0.08 –0.01 –0.08 –0.14 –0.11 –0.01 –0.01
Relative change in values at market prices b
Domestic production (%) c
–0.03 –0.01 –0.17 –0.08 –0.02 –0.02 –0.02 –0.15 –0.04 –0.01 –0.08 –0.09 –0.11 –0.01 –0.01
Domestic sales (%) d –0.03 –0.01 –0.05 NA –0.02 –0.02 –0.01 –0.10 –0.03 –0.03 NA –0.02 –0.10 –0.03 –0.01
Exports (%) e –0.03 –0.01 –0.28 –0.08 –0.02 –0.02 –0.02 –0.24 –0.08 –0.01 –0.08 –0.14 –0.11 –0.01 –0.01
Absolute change in values at market prices b, f
Domestic production ($m) c
–0.1 –0.1 –20.7 –0.6 –0.7 –1.7 0.0 –0.6 –0.2 –0.1 –0.1 –3.4 –0.3 0.0 –0.4
Domestic sales ($m) d
0.0 0.0 –2.8 NA –0.3 –0.4 0.0 –0.3 –0.1 0.0 NA –0.3 –0.1 0.0 0.0
Exports ($m) e 0.0 0.0 –17.9 –0.6 –0.5 –1.3 0.0 –0.3 –0.1 –0.1 –0.1 –3.1 –0.2 0.0 –0.4
a Producer prices are defined in 2013–14 dollars and refer to price received by producers, including any implicit subsidy from less than full cost recovery. b Export prices are defined in 2013–14 dollars and refer to fob price paid by importing countries. c Changes in market value of production are based on change in market value of exports and domestic sales. d Changes in market value of domestic sales is based on change in domestic sales and change in producer price. e Changes in market value of exports are based on change in volume of exports and change in export price. f Absolute changes in values are measured in 2013–14 dollars (millions). na not applicable. Note: Measures change in value of exports with a move to full cost recovery relative to a scenario with no cost recovery. Source: ABARES estimates
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Table B10 Changes in farmgate prices under full cost recovery compared with alternative scenarios, assuming fixed export prices
Commodity Scenario 1 Scenario 2 Scenario 3
($) a (%) b ($) a (%) b ($) a (%) b
Abalone $0.16/kilogram –0.2 c $0.04/kilogram –0.07 c $0.04/kilogram –0.06 c
Almonds –$10.13/tonne –0.20 –$2.20/tonne –0.04 –$1.07/tonne –0.02
Beef cattle for domestic slaughter –$11.02/head –1.67 –$0.91/head –0.15 –$1.73/head –0.28
Beef cattle for live export –$5.33/head –0.81 –$1.93/head –0.31 –$1.51/head –0.24
Grains –$0.50/tonne –0.25 –$0.11/tonne –0.05 –$0.05/tonne –0.06
Macadamias –$11.41/tonne –0.39 –$2.48/tonne –0.08 –$1.20/tonne –0.04
Milk 0.05c/litre –0.13 0.02c/litre –0.04 0.01c/litre –0.04
Oranges –$5.54/tonne –0.71 –$2.04/tonne –0.26 –$1.13/tonne –0.15
Prawns $0.04/kilogram –0.25 c $0.01/kilogram –0.07 c $0.01/kilogram –0.06 c
Rock lobster $0.19/kilogram –0.25 c $0.05/kilogram –0.07 c $0.04/kilogram –0.06 c
Sheep for domestic slaughter –$1.36/head –1.67 –$0.11/head –0.18 –$0.21/head –0.34
Sheep for live export –$0.62/head –0.76 –$0.23/head –0.36 –$0.18/head –0.28
Table grapes –$13.15/tonne –0.63 c –$4.86/tonne –0.23 c –$2.69/tonne –0.13 c
Tuna $0.03/kilogram –0.25 c $0.01/kilogram –0.07 c $0.01/kilogram –0.06 c
Wool 0.4c/kilogram –0.08 0.0c/kilogram –0.00 0.1c/kilogram –0.02
a Absolute changes in farmgate prices are calculated by dividing total burden on industry by number of units produced domestically. Burden on industry includes costs of export certification that are not passed on to importing countries and losses on domestic sales resulting from lower domestic prices. b Estimated percentage change in price differs across farm types according to average price received. Estimates presented in this table are based on highest percentage change across the six farm types considered in farm surveys. c These estimates use export prices as a proxy for farmgate or vessel prices. Where farmgate prices are lower than export prices, estimated percentage impacts on producer prices will be greater. Source: ABARES estimates
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Table B11 Change in value of broadacre and dairy farm receipts in 2013–14 under full cost recovery compared with alternative cost pass-back rates and alternative scenarios, assuming fixed export prices, $ per farm and per cent of farm receipts
Farm type
Value of receipts ($) a 30% cost
pass-back
60% cost
pass-back
100% cost
pass-back
$ a % $ a % $ a %
Scenario 1
Wheat and other crops 832 954 –687 –0.08 –1374 –0.16 –2290 –0.27
Mixed livestock-crops 427 458 –663 –0.16 –1325 –0.31 –2209 –0.52
Sheep 263 893 –580 –0.22 –1161 –0.44 –1934 –0.73
Beef 274 709 –994 –0.36 –1987 –0.72 –3312 –1.21
Sheep-beef 331 453 –1043 –0.31 –2086 –0.63 –3477 –1.05
Dairy 622 934 –250 –0.04 –499 –0.08 –832 –0.13
Scenario 2
Wheat and other crops 832 954 –108 –0.01 –215 –0.03 –358 –0.04
Mixed livestock-crops 427 458 –77 –0.02 –155 –0.04 –258 –0.06
Sheep 263 893 –69 –0.03 –137 –0.05 –229 –0.09
Beef 274 709 –106 –0.04 –212 –0.08 –353 –0.13
Sheep-beef 331 453 –96 –0.03 –193 –0.06 –321 –0.10
Dairy 622 934 –71 –0.01 –143 –0.02 –238 –0.04
Scenario 3
Wheat and other crops 832 954 –80 –0.01 –161 –0.02 –268 –0.03
Mixed livestock-crops 427 458 –97 –0.02 –193 –0.05 –322 –0.08
Sheep 263 893 –114 –0.04 –228 –0.09 –380 –0.14
Beef 274 709 –177 –0.06 –354 –0.13 –590 –0.21
Sheep-beef 331 453 –165 –0.05 –329 –0.10 –549 –0.17
Dairy 622 934 –62 –0.01 –124 –0.02 –207 –0.03
a Figures in this column are average value of farm receipts 2008–09 to 2012–13, expressed in 2013–14 dollars. Change in economic value of farm production is measured relative to these figures. Note: Impacts of a decrease in demand for farm outputs, as a result of increases in export certification cost recovery charges, are not considered in these estimates. Source: ABARES estimates
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Table B12 Change in the value of average farm receipts for selected horticulture products under full cost recovery compared with alternative cost pass-back rates and alternative scenarios, assuming fixed export prices, $m a farm
30% cost pass-back
60% cost
pass-back
100% cost pass-back
Value of receipts ($) a $ % $ % $ %
Scenario 1
Almonds b 225 058 –1 353 –0.06 –2 705 –0.12 –4 509 –0.20
Macadamias c 281 696 –328 –0.12 –656 –0.23 –1 093 –0.39
Oranges d 290 527 –620 –0.21 –1 240 –0.43 –2 067 –0.71
Table grapes e 435 364 –820 –0.19 –1 640 –0.38 –2 734 –0.63
Scenario 2
Almonds b 2 225 058 –294 –0.01 –587 –0.03 –979 –0.04
Macadamias c 281 696 –71 –0.03 –142 –0.05 –237 –0.08
Oranges d 290 527 –229 –0.08 –458 –0.16 –763 –0.26
Table grapes e 435 364 –303 –0.07 –605 –0.14 –1009 –0.23
Scenario 3
Almonds b 2 225 058 –142 –0.01 –285 –0.01 –475 –0.02
Macadamias c 281 696 –35 –0.01 –69 –0.02 –115 –0.04
Oranges d 290 527 –127 –0.04 –253 –0.09 –422 –0.15
Table grapes e 435 364 –168 –0.04 –335 –0.08 –559 –0.13
a Value of farm receipts is based on average volume of each commodity grown per farm in 2012–13. b Each almond producing farm is assumed to grow 401.1 tonnes a year, with an average farmgate price of $5.55 a kilogram. c Each macadamia producing farm is assumed to grow 86.4 tonnes a year, with an average farmgate price of $3.26 a kilogram. d Each orange producing farm is assumed to grow 336.4 tonnes a year, with an average farmgate price of $0.86 a kilogram. e Includes both fresh and dried grapes. Each grape producing farm is assumed to grow 187.4 tonnes a year, with an average farmgate price of $2.32 a kilogram. Source: ABARES estimate
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Appendix C: Questionnaire This is a reproduction of the ABARES questionnaire distributed to officials in the foreign
national authorities responsible for export certification in November 2014. Table 3 contains a
list of the country-commodity combinations ABARES surveyed.
1. Name and contact details of respondent
2. Country
3. Ministry or agency
4. Export commodities covered
5. Describe the services provided by the programmes that inspect and certify agricultural exports.
Examples of services include:
developing, implementing and monitoring policies and systems that ensure exports comply with export controls and meet importing countries’ requirements
providing inspection and auditing services
issuing permits, certificates and other documentation
6. Describe the service delivery model for providing these services:
Examples include service provided:
by agency or ministry officials
by agency or ministry authorised officers
through third party arrangements
7. What is the estimated annual cost of the programmes that inspect and certify agricultural exports?
For each commodity
8. Are the costs of providing these services recovered from exporters and other businesses?
9. What proportion of costs is recovered from exporters and other businesses (through fees or other mechanisms)?
For each commodity
10. How are costs recovered from exporters and other businesses?
Examples of fees include:
annual charges to register businesses
fees-for-service for inspections
export certificate fees
11. What categories of programme costs are recovered by these fees and levies?
Examples of costs include:
direct costs—for example, staffing costs, overtime, supplier expenses, IT equipment, office and travel costs
indirect costs—programme overheads.
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Glossary ABARES Australian Bureau of Agricultural Resource Economics and Sciences
AMS Agricultural Marketing Service (United States)
APHIS Animal and Plant Health Inspection Service (United States)
BMEL Federal Ministry of Food and Agriculture (Germany)
CFIA Canadian Food Inspection Agency
CGC Canadian Grain Commission
CLP Chilean pesos
COKZ Controlling Authority for Milk and Milk Products (the Netherlands)
EV (Program) Export Verification Program (United States)
FBO food business operators (Ireland)
FDA Food and Drug Administration (United States)
FGIS Federal Grain Inspection Service (United States)
FSIS Food Safety Inspection Service (United States)
FTA Free Trade Agreement
GIPSA Grain Inspection Packers and Stockyards Administration (the United States)
GVP gross value of production
JKI Julius Kühn Institute (Federal Research Centre for Cultivated Plants in Germany)
Market price Price purchasers of a commodity pay
MEA Ministry of Economic Affairs (Netherlands)
MPI Ministry for Primary Industries (New Zealand)
NVWA Netherlands Food and Consumer Product Safety Authority
Price elasticity A measure of relationship between change in quantity demanded or supplied of a particular good or service and a change in its price
Producer price Price producers receive for a commodity, account for any subsidies or taxes received or paid
RVO regional veterinary officers (Poland)
SAG Agricultural and Livestock Service (Chile)
USDA United States Department of Agriculture
VS Veterinary Services (United States)
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References ABARES publications listed here are available at agriculture.gov.au/abares/publications.
ABARES 2011, Survey methods and definitions, Australian Bureau of Agricultural and Resource
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—— 2010, Export Program Manual, 2nd edn, United States Department of Agriculture Animal
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—— 2011b, ‘New Formulas for Calculating the Basetime, Overtime, Holiday, and Laboratory
Services Rates; Rate Changes Based on the Formulas; and Increased Fees for the Accredited
Laboratory Program’, United States Department of Agriculture Animal and Plant Health
Inspection Service, April, available at federalregister.gov/articles/2011/04/12/2011-
8699/new-formulas-for-calculating-the-basetime-overtime-holiday-and-laboratory-services-
rates-rate.
—— 2013a, ‘Fees for Official Inspection and Official Weighing Services Under the United States
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08809/fees-for-official-inspection-and-official-weighing-services-under-the-united-states-grain-
standards.
—— 2013b, ‘Increase in Fees for Voluntary Federal Dairy Grading and Inspection Services’,
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—— 2014, ‘Process for Establishing Rates Charged for AMS Services’, United States Department
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—— 2015a, Import export, United States Department of Agriculture Animal and Plant Health
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—— 2015b, ‘2015 Rate Changes for the Basetime, Overtime, Holiday, and Laboratory Services
Rates’, United States Department of Agriculture Animal and Plant Health Inspection Service,
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Australian Macadamia Society 2014, ‘Australian macadamia industry announces a final crop of
43,600 tonnes in-shell’, Australian Macadamia Society, Lismore, New South Wales, available at
australian-macadamias.org/industry/site/industry/industry-page/media-centre/media-
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CANRW 2015, Gebühren, Landwirtschaftskammer Nordrhein-Westfalen , available at
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CFIA 2011, ‘Canadian Food Inspection Agency fees notice’, Canadian Food Inspection Agency,
Ottawa, available at inspection.gc.ca/about-the-cfia/acts-and-regulations/fees-
notice/eng/1307222845373/1307222984162.
—— 2013a, ‘Cost recovery policy and framework’, Canadian Food Inspection Agency, Ottawa,
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management/service-standards-and-user-fees/cost-recovery-
policy/eng/1378073377319/1378073471053.
—— 2013b, ‘PI-001: Inspection Procedure: Inspecting Facilities that Export Grains and Field
Crops’, Canadian Food Inspection Agency, Ottawa, available at inspection.gc.ca/plants/grains-
and-field-crops/exports/eng/1328491461712/1328491563275.
CGC 2015a, ‘Full-term licence’, Canadian Grain Commission, available at
grainscanada.gc.ca/legislation-legislation/hvra-arde/ss-ns/licences/full-complete-eng.htm.
—— 2015b, ‘Outward official inspection—ships’, Canadian Grain Commission, available at
grainscanada.gc.ca/legislation-legislation/hvra-arde/ss-ns/ooi-ios/ships-navires-eng.htm.
—— 2015c, Report on Plans and Priorities 2015–16, Canadian Grain Commission,
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