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This document presents a range of adaptation and program support strategies that have been employed in communities in KwaZulu-Natal and elsewhere in South Africa and Africa, discusses these as considerations for programming, and offers recommendations.
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Adapting to climate change in Umkhanyakude district, KwaZulu-Natal, South Africa
Research 2008
Report written by Dr Alison Misselhorn on behalf of Oxfam Australia
3
Contents
1. Summary 5
2. Background 6
3. An overview of what adaptation to climate change means 7
4 Vulnerability to climate change in Umkhanyakude 8
5. Supporting adaptation to climate change in Umkhanyakude 10
5.1 Introduction 10
5.2 Agricultural risk reduction and better natural resource management 10
5.3 Building resilience through livelihood diversification and flexibility 14
5.4 Understanding local needs and resource constraints to build capacity 14
5.5 Strengthening community social capital resources and institutions 16
5.6 Engaging with planning and implementation processes across sectors and scales 17
6. Summary of considerations for supporting climate change adaptation in Umkhanyakude 20
7. Conclusion 22
8. Glossary of technical terms 24
9. References 25
10. Contact details 27
Acknowledgements
Oxfam Australia acknowledges the
input of partners and community members
from the Umkhanyakude Partnership
Program who participated in an earlier
research process that informed the
development of this publication.
Thanks also go to Oxfam Australia staff
in Melbourne and South Africa as well as
editor Cathy Moloney for her contribution.
Front cover: Nthombifuthi Mbhele helps to look after the gardens. She has been taught how to farm basic crops like corn, beans, potatoes and tomatoes. The ground is not rich in nutrients so much care needs to be taken with watering and spreading manure to help the crops grow. Photo: Matthew Willman/OxfamAUS.
Left: Children playing at a local trading store in Umkhanyakude district. Photo: Matthew Willman/OxfamAUS.
2
3
Contents
1. Summary 5
2. Background 6
3. An overview of what adaptation to climate change means 7
4 Vulnerability to climate change in Umkhanyakude 8
5. Supporting adaptation to climate change in Umkhanyakude 10
5.1 Introduction 10
5.2 Agricultural risk reduction and better natural resource management 10
5.3 Building resilience through livelihood diversification and flexibility 14
5.4 Understanding local needs and resource constraints to build capacity 14
5.5 Strengthening community social capital resources and institutions 16
5.6 Engaging with planning and implementation processes across sectors and scales 17
6. Summary of considerations for supporting climate change adaptation in Umkhanyakude 20
7. Conclusion 22
8. Glossary of technical terms 24
9. References 25
10. Contact details 27
Acknowledgements
Oxfam Australia acknowledges the
input of partners and community members
from the Umkhanyakude Partnership
Program who participated in an earlier
research process that informed the
development of this publication.
Thanks also go to Oxfam Australia staff
in Melbourne and South Africa as well as
editor Cathy Moloney for her contribution.
Front cover: Nthombifuthi Mbhele helps to look after the gardens. She has been taught how to farm basic crops like corn, beans, potatoes and tomatoes. The ground is not rich in nutrients so much care needs to be taken with watering and spreading manure to help the crops grow. Photo: Matthew Willman/OxfamAUS.
Left: Children playing at a local trading store in Umkhanyakude district. Photo: Matthew Willman/OxfamAUS.
2
54 5
1. Summary
1. Summary
Adaptation to climate change describes
the adjustments people make in response
to, or in anticipation of, a changing climate.
This includes changes to the things they do,
the way they do them, or to the organisational
or physical elements of their environment.
Climate change is only one of the many
stressors that affect resource-constrained
communities such as those living in
Umkhanyakude. It is about addressing
the multiple development shortfalls of the
district that prevent people from being able
to adapt, and make them more vulnerable,
to climate change. This is fundamentally
what building adaptive capacity is about.
In KwaZulu-Natal, there has been
very little research that has specifically
looked at community strategies to adapt
to climate change. In this document,
support for adaptation in Umkhanyakude
is discussed under five themes.
1. Reducing agricultural risk and
improving natural resource
management.
2. Building livelihood diversification.
This refers to increasing the variety of
ways people can make a living.
3. Working at the local level to
understand adaptation needs through
participatory processes. People’s
resources and their vulnerability and
adaptive capacity vary enormously
between communities and even between
households. Locally specific coping and
adaptation strategies, as well as farmers’
knowledge about adapting to climate
variability, are therefore an indispensable
part of the adaptation picture.
4. Strengthening social capital
resources in communities. The
importance of social capital resources
such as community institutions is
too well documented to ignore in
programming. This will require close
work with stakeholders across the district
to develop an understanding of local
political issues and power dynamics
between individuals and groups.
5. Looking more broadly to support
programs and policies across sectors
and scales that relate to climate
change adaptation. A critical component
of this is facilitating community access
to relevant (and timely) information and
services that will increase people’s
knowledge and choices, as well as
link them with planning and policy
processes to convey lessons learned
in Umkhanyakude for better policy
development and institutional support.
This document presents a range of
adaptation and program support strategies
that have been employed in communities
in KwaZulu-Natal and elsewhere in South
Africa and Africa, discusses these as
considerations for programming, and
offers recommendations.
Successful adaptation is not easy to
identify or assess, particularly given that
measures that appear effective in the
short term might carry long-term negative
consequences that are not immediately
evident. Adaptation responses also need to
be flexible enough to cope with uncertainty,
and with meeting different needs that
might rapidly change with time.
Left: Joseph Bongi is the Chair of the Ubombo Community Care Centre. He regularly attends community meetings and sees to the basic running of the feeding schemes in the greater Nsinde Tribal Authority (Josini and surrounding areas).Photo: Matthew Willman/OxfamAUS.
54 5
1. Summary
1. Summary
Adaptation to climate change describes
the adjustments people make in response
to, or in anticipation of, a changing climate.
This includes changes to the things they do,
the way they do them, or to the organisational
or physical elements of their environment.
Climate change is only one of the many
stressors that affect resource-constrained
communities such as those living in
Umkhanyakude. It is about addressing
the multiple development shortfalls of the
district that prevent people from being able
to adapt, and make them more vulnerable,
to climate change. This is fundamentally
what building adaptive capacity is about.
In KwaZulu-Natal, there has been
very little research that has specifically
looked at community strategies to adapt
to climate change. In this document,
support for adaptation in Umkhanyakude
is discussed under five themes.
1. Reducing agricultural risk and
improving natural resource
management.
2. Building livelihood diversification.
This refers to increasing the variety of
ways people can make a living.
3. Working at the local level to
understand adaptation needs through
participatory processes. People’s
resources and their vulnerability and
adaptive capacity vary enormously
between communities and even between
households. Locally specific coping and
adaptation strategies, as well as farmers’
knowledge about adapting to climate
variability, are therefore an indispensable
part of the adaptation picture.
4. Strengthening social capital
resources in communities. The
importance of social capital resources
such as community institutions is
too well documented to ignore in
programming. This will require close
work with stakeholders across the district
to develop an understanding of local
political issues and power dynamics
between individuals and groups.
5. Looking more broadly to support
programs and policies across sectors
and scales that relate to climate
change adaptation. A critical component
of this is facilitating community access
to relevant (and timely) information and
services that will increase people’s
knowledge and choices, as well as
link them with planning and policy
processes to convey lessons learned
in Umkhanyakude for better policy
development and institutional support.
This document presents a range of
adaptation and program support strategies
that have been employed in communities
in KwaZulu-Natal and elsewhere in South
Africa and Africa, discusses these as
considerations for programming, and
offers recommendations.
Successful adaptation is not easy to
identify or assess, particularly given that
measures that appear effective in the
short term might carry long-term negative
consequences that are not immediately
evident. Adaptation responses also need to
be flexible enough to cope with uncertainty,
and with meeting different needs that
might rapidly change with time.
Left: Joseph Bongi is the Chair of the Ubombo Community Care Centre. He regularly attends community meetings and sees to the basic running of the feeding schemes in the greater Nsinde Tribal Authority (Josini and surrounding areas).Photo: Matthew Willman/OxfamAUS.
6 76
2. Background
2. Background
In 2005, Oxfam Australia initiated a food
security program in the Umkhanyakude
district of KwaZulu-Natal, South Africa,
with the aim of strengthening food and
nutrition security within the context of
HIV and AIDS. Suffering from extreme
poverty, underdevelopment and high levels
of unemployment, Umkhanyakude is the
poorest district within Kwa-Zulu Natal. The
district has a large number of orphans and
households run by young children, a direct
result of the high rate of HIV and AIDS.
Water is scarce in the area and more than
half of households lack clean water and
sanitation, which often results in cholera
outbreaks. Umkhanyakude also has the
highest incidence of malaria in South
Africa. The Umkhanyakude Partnership
Program aims to build capacity and develop
strategies among local communities to
strengthen food security responses, as
well as ensuring safety nets are in place
for those who are unable to cope.
In 2006, Oxfam Australia conducted
participatory research on community
perceptions of climate change in six
communities of the district. This research
indicated a perceived absence of long-term
successful adaptation strategies to cope
with climate variability and change. This
was attributed to the need for addressing
immediate short-term needs with
limited livelihood resources.
Multiple stressors were also seen to
constrain response options, including
population growth, the demands on
household and government resources
already placed by HIV and AIDS and the
pressing need for improved water access
and sanitation throughout the district.1
Water supply was re-emphasised as a
key vulnerability during Oxfam Australia’s
second Partner Platform Meeting for
Umkhanyakude, held in June 2007. The
need for stronger emergency relief skills
and strategies, and the challenges of
climate change were also included among
the key issues identified. These issues are
of particular concern in the face of future
climate change impacts, which are likely to
include decreased rainfall and deteriorating
water and sanitation access. An increased
incidence of natural disasters, such as
drought and flood, appear possible if not
likely from the broader climate change
literature. Should this occur, the capacity
to reduce disaster-related vulnerabilities
will become as important as development-
based strategies to adapt to climate change
in the long term.
In line with the development needs in
Umkhanyakude, together with climate
change threats, Oxfam Australia
commissioned this report to determine
adaptation strategies in the area, evaluate
their sustainability, and review options to
support adaptation to climate change.
7
3. Overview
3. An overview of what adaptation
to climate change means
Adaptation to climate change describes
the adjustment people make in response
to, or in anticipation of, a changing climate.
This includes changes to the things
they do, the way they do them, or to the
organisational or physical elements of their
environment. Adaptation can be the actions
people take or choices they make that are
unplanned (or reactive), and they often take
place independently of policy support.2
Climate change is only one of the many
stressors that affect resource-constrained
communities such as those living in
Umkhanyakude. The capacity to adapt,
particularly in developing countries,
is thus known to be defined by the
potential or ability of a system, region,
or community to adapt to the effects or
impacts of climate change within the
context of multiple stresses.3 Adaptation
research has broadened from a focus on
future climate impacts to consider a wide
variety of economic, social, political and
environmental circumstances that affect
the ability to adapt.4 Successful adaptation
thus hinges not on discerning appropriate
responses to climate change per se, but
rather on first addressing vulnerability
through “climate-aware” development —
including issues of governance.5
In Umkhanyakude, the adaptation
options and strategies will, for example,
be shaped by agricultural policies and
the extent to which vulnerable groups
are able to negotiate the impacts of such
policies. In the context of development,
it is useful to recognise two forms of
adaptation. The first involves changing the
biophysical environment; the development
of technology or infrastructural changes
that allow for the maintenance of
livelihoods. The second involves
adjustments in human behaviour that
might be needed to adapt livelihoods to
new climatic conditions.6 Despite all the
complexities and uncertainties, there are
urgent reasons to immediately seek ways
to support adaptation to climate change.
1 Sterrett (2007).
2 Schipper (2007).
3 Kelkar (2005).
4 Ibid.
5 O’Brien et al (2006).
6 Schipper (2007).
Left: Elias Mabuza helps to run a community garden that provides vegetables such as beetroot, spinach and carrots for his fellow community members . Photo: Paul Weinberg/OxfamAUS.
6 76
2. Background
2. Background
In 2005, Oxfam Australia initiated a food
security program in the Umkhanyakude
district of KwaZulu-Natal, South Africa,
with the aim of strengthening food and
nutrition security within the context of
HIV and AIDS. Suffering from extreme
poverty, underdevelopment and high levels
of unemployment, Umkhanyakude is the
poorest district within Kwa-Zulu Natal. The
district has a large number of orphans and
households run by young children, a direct
result of the high rate of HIV and AIDS.
Water is scarce in the area and more than
half of households lack clean water and
sanitation, which often results in cholera
outbreaks. Umkhanyakude also has the
highest incidence of malaria in South
Africa. The Umkhanyakude Partnership
Program aims to build capacity and develop
strategies among local communities to
strengthen food security responses, as
well as ensuring safety nets are in place
for those who are unable to cope.
In 2006, Oxfam Australia conducted
participatory research on community
perceptions of climate change in six
communities of the district. This research
indicated a perceived absence of long-term
successful adaptation strategies to cope
with climate variability and change. This
was attributed to the need for addressing
immediate short-term needs with
limited livelihood resources.
Multiple stressors were also seen to
constrain response options, including
population growth, the demands on
household and government resources
already placed by HIV and AIDS and the
pressing need for improved water access
and sanitation throughout the district.1
Water supply was re-emphasised as a
key vulnerability during Oxfam Australia’s
second Partner Platform Meeting for
Umkhanyakude, held in June 2007. The
need for stronger emergency relief skills
and strategies, and the challenges of
climate change were also included among
the key issues identified. These issues are
of particular concern in the face of future
climate change impacts, which are likely to
include decreased rainfall and deteriorating
water and sanitation access. An increased
incidence of natural disasters, such as
drought and flood, appear possible if not
likely from the broader climate change
literature. Should this occur, the capacity
to reduce disaster-related vulnerabilities
will become as important as development-
based strategies to adapt to climate change
in the long term.
In line with the development needs in
Umkhanyakude, together with climate
change threats, Oxfam Australia
commissioned this report to determine
adaptation strategies in the area, evaluate
their sustainability, and review options to
support adaptation to climate change.
7
3. Overview
3. An overview of what adaptation
to climate change means
Adaptation to climate change describes
the adjustment people make in response
to, or in anticipation of, a changing climate.
This includes changes to the things
they do, the way they do them, or to the
organisational or physical elements of their
environment. Adaptation can be the actions
people take or choices they make that are
unplanned (or reactive), and they often take
place independently of policy support.2
Climate change is only one of the many
stressors that affect resource-constrained
communities such as those living in
Umkhanyakude. The capacity to adapt,
particularly in developing countries,
is thus known to be defined by the
potential or ability of a system, region,
or community to adapt to the effects or
impacts of climate change within the
context of multiple stresses.3 Adaptation
research has broadened from a focus on
future climate impacts to consider a wide
variety of economic, social, political and
environmental circumstances that affect
the ability to adapt.4 Successful adaptation
thus hinges not on discerning appropriate
responses to climate change per se, but
rather on first addressing vulnerability
through “climate-aware” development —
including issues of governance.5
In Umkhanyakude, the adaptation
options and strategies will, for example,
be shaped by agricultural policies and
the extent to which vulnerable groups
are able to negotiate the impacts of such
policies. In the context of development,
it is useful to recognise two forms of
adaptation. The first involves changing the
biophysical environment; the development
of technology or infrastructural changes
that allow for the maintenance of
livelihoods. The second involves
adjustments in human behaviour that
might be needed to adapt livelihoods to
new climatic conditions.6 Despite all the
complexities and uncertainties, there are
urgent reasons to immediately seek ways
to support adaptation to climate change.
1 Sterrett (2007).
2 Schipper (2007).
3 Kelkar (2005).
4 Ibid.
5 O’Brien et al (2006).
6 Schipper (2007).
Left: Elias Mabuza helps to run a community garden that provides vegetables such as beetroot, spinach and carrots for his fellow community members . Photo: Paul Weinberg/OxfamAUS.
8 9
4. Vulnerability to climate change
in Umkhanyakude7
A report on vulnerability to climate
change in Umkhanyakude was developed
concurrently with the adaptation review
presented in this document. From this
report it is clear that interventions aimed
at enhancing food security be developed
with the awareness that food security is
determined by multiple factors in addition
to agricultural production. These factors
include food availability (eg food markets);
food access (such as being able to afford to
buy food); consistency of food supply; and
food utilisation and safety factors, which are
affected by health and sanitation. Thus the
impact of climate change on food security is
highly complex and extends beyond direct
environmental impacts.
In terms of exposure to future climate-
related risks, a number of vulnerabilities in
Umkhanyakude stand out: average annual
rainfall is likely to decrease; temperatures
are likely to increase; rainfall is likely to
become less predictable, with higher risk
of extreme rainfall and low rainfall years/
droughts; less water is likely to be available
for crops, livestock, drinking and sanitation;
and sea-levels are likely to rise, possibly
threatening some fresh water resources.
Overall, changes in water resources and the
hydrological system are arguably the most
profound environmental changes expected
with climate change. Of further importance,
however, is that climate changes can vary
within just a few kilometres, producing
highly localised patterns of response.
Key environmental responses to these
changes are likely to include a decrease
in crop production potential locally,
which will affect subsistence agriculture,
local market availability, and household
incomes from food sales. National or
regional reductions in crop production
have additional implications for people’s
vulnerability, particularly with regard to
food pricing. Rangelands may be affected,
and thus livestock grazing potential may
also be reduced. Losses may also occur in
biodiversity, including threats to indigenous
forests and conservation areas, which will
affect wild food availability and grazing
and have negative impacts on tourism.
Further, conflicts of interest may arise
between the need to conserve biodiversity
in conservation areas and needs such as
crops, grazing and habitation.
There is a strong two-way relationship
between human health and food insecurity.
There is a likelihood of less water being
available for drinking and sanitation,
and thus a greater risk of water-borne
disease. Water is also necessary for food
preparation and protecting against disease.
Further, despite less water availability
overall, the climate is likely to become
more suitable for malaria. This is because
mosquito larva development, mosquito
ranges, and malarial transmission rates
are affected by a number of climatic factors
including rainfall variability, humidity,
standing water, extreme rainfall, rainfall
timing, and extreme temperatures. This
means that malaria management and
control measures will have to be closely
monitored and maintained. Although poorly
researched, a number of other health
risks are associated with climate change
including risks such as the impact of heat
stress on maternal health.
8
4. Vulnerability
9
7 There are considerable overlaps between ‘vulnerability’ and ‘adaptation’. The report on vulnerability that was prepared in parallel with this report offers additional programming considerations. These two reports should be read together.
Right: For the world’s poorest people, climate change is a matter of life and death. It is threatening their food, their families, their homes and their health. Photo: Matthew Willman/OxfamAUS.
8 9
4. Vulnerability to climate change
in Umkhanyakude7
A report on vulnerability to climate
change in Umkhanyakude was developed
concurrently with the adaptation review
presented in this document. From this
report it is clear that interventions aimed
at enhancing food security be developed
with the awareness that food security is
determined by multiple factors in addition
to agricultural production. These factors
include food availability (eg food markets);
food access (such as being able to afford to
buy food); consistency of food supply; and
food utilisation and safety factors, which are
affected by health and sanitation. Thus the
impact of climate change on food security is
highly complex and extends beyond direct
environmental impacts.
In terms of exposure to future climate-
related risks, a number of vulnerabilities in
Umkhanyakude stand out: average annual
rainfall is likely to decrease; temperatures
are likely to increase; rainfall is likely to
become less predictable, with higher risk
of extreme rainfall and low rainfall years/
droughts; less water is likely to be available
for crops, livestock, drinking and sanitation;
and sea-levels are likely to rise, possibly
threatening some fresh water resources.
Overall, changes in water resources and the
hydrological system are arguably the most
profound environmental changes expected
with climate change. Of further importance,
however, is that climate changes can vary
within just a few kilometres, producing
highly localised patterns of response.
Key environmental responses to these
changes are likely to include a decrease
in crop production potential locally,
which will affect subsistence agriculture,
local market availability, and household
incomes from food sales. National or
regional reductions in crop production
have additional implications for people’s
vulnerability, particularly with regard to
food pricing. Rangelands may be affected,
and thus livestock grazing potential may
also be reduced. Losses may also occur in
biodiversity, including threats to indigenous
forests and conservation areas, which will
affect wild food availability and grazing
and have negative impacts on tourism.
Further, conflicts of interest may arise
between the need to conserve biodiversity
in conservation areas and needs such as
crops, grazing and habitation.
There is a strong two-way relationship
between human health and food insecurity.
There is a likelihood of less water being
available for drinking and sanitation,
and thus a greater risk of water-borne
disease. Water is also necessary for food
preparation and protecting against disease.
Further, despite less water availability
overall, the climate is likely to become
more suitable for malaria. This is because
mosquito larva development, mosquito
ranges, and malarial transmission rates
are affected by a number of climatic factors
including rainfall variability, humidity,
standing water, extreme rainfall, rainfall
timing, and extreme temperatures. This
means that malaria management and
control measures will have to be closely
monitored and maintained. Although poorly
researched, a number of other health
risks are associated with climate change
including risks such as the impact of heat
stress on maternal health.
8
4. Vulnerability
9
7 There are considerable overlaps between ‘vulnerability’ and ‘adaptation’. The report on vulnerability that was prepared in parallel with this report offers additional programming considerations. These two reports should be read together.
Right: For the world’s poorest people, climate change is a matter of life and death. It is threatening their food, their families, their homes and their health. Photo: Matthew Willman/OxfamAUS.
10 1110
5. Support
5. Supporting adaptation to climate
change in Umkhanyakude
5.1 Introduction
In principle, the following broad factors
are considered critical to successful
adaptation: technological advances,
changed institutional arrangements,
financing availability, and information
exchange.8 All of these factors are linked to
broader development concerns. In Africa,
key adaptation practices that have been
observed include the diversification of
livelihood activities (or strategies); changes
in institutional architecture (including rules
and norms of governance); adjustments
in farming operations; income-generation
projects and selling of labour (eg migrating
to earn an income); and the move towards
off- or non-farm livelihood incomes.9
There has been very little research in
KwaZulu-Natal on community strategies to
adapt to climate change. What is known is
that multiple stresses act together to shape
vulnerability and hinder adaptive capacity.
From a Sustainable Livelihoods Framework
perspective, the ability of farmers to adapt
to climate stress is shaped by:
1. the impacts of HIV and AIDS;
2. education (schooling and adult
education);
3. difficulties in accessing water and land;
4. low incomes (diversification of income-
generating activities would arguably raise
resilience to financial stress);
5. institutional problems such as poor water
pipes maintenance; difficulties with
transport availability and cost; difficulties
with access to markets and water and
sanitation; poor inter-farmer collaboration;
conflicts of interest between crop and
livestock owners; lack of faith in the
Department of Agriculture; lack of
communication between the Department
of Agriculture, farmers and the local chief;
and poor water governance;
6. problems with extension services which
theoretically provide commercial farmers
with relevant climate and agricultural
information; and
7. the inability of smaller- and medium-scale
farmers to access social networks and
farmer support groups.
Many of the above findings are typical of
research findings on wider development
issues elsewhere in KwaZulu-Natal.10
5.2 Agricultural risk reduction and
better natural resource management
Adapting farming strategies to drought
and rainfall variability
Drought and extreme rainfall, as well
as intra-seasonal (or within one season)
factors, are important elements of climate
variability in relation to crop production.
Climate factors affect what is planted and
when. Farming strategies that reduce
risk are commonplace among resource-
constrained farmers, and the variety of
strategies used is enormous. Strategies
might include changes in planting methods,
changes to crop inputs (such as fertiliser),
and planting a combination of crops. 11
Many farmers also diversify to include
livelihood activities other than farming.
Unfortunately, some strategies are
unsustainable or might involve
significant loss (see table one).
11
Table one: Potential impact of climatic variation on household assets and strategies.
Source: Ziervogel and Calder (2003).
8 Kelkar (2005).
9 Boko, et al (2007).
10 Misselhorn (in prep.).
11 Jarvis et al (2006).
Source of livelihood
(assets and strategies)
Prolonged drought Delayed onset of rains Normal rains Above-normal rains
Economic Crop failure, livestock death,
deterioration of dwellings
(due to diminished thatch
grass), erosion of savings,
depletion of seed resources
in granaries, trees cut down
for income generation, wealth
and productive resources
liquidated, reduced animal feed
Shortage of water resources,
delayed planting leads to short
maturing and lower yielding
crop varieties and less sales,
animals get weak and sick,
vegetation suffers, resources
not as plentiful for crafts such
as weaving or thatching, wealth
resources liquidated
Potential good harvest
improves food security and
excess for sale, good grazing
conditions, adequate water
supplies, housing can be
repaired, nearby sources of
firewood, animals strengthen
Water logging and increased
pests destroy crops, increased
diseases affect humans and
livestock, water damages
housing and grain stores,
increased pests in grain stores,
small animals drown or washed
away, disrupted transport
reduces sale of goods
Human Increased labour migration,
malnutrition, under nutrition,
disease epidemics (cholera,
dysentery, AIDS) due to
poor sanitary conditions and
increased unsafe sex as
income-generation activity,
morbidity and mortality of
income earners
Malnutrition, Under-nutrition,
education suffers as children
can’t concentrate and
sometimes have to stop school
until money is acquired to pay
school fees
Malnutrition, Under-nutrition,
education suffers as children
can’t concentrate and
sometimes have to stop school
until money is acquired to pay
school fees
Disease epidemics, schools
and clinics might be structurally
damaged or closed because
of restricted access
Natural Firewood depleted, poor
pastures, limited water supply,
dry soils, increased erosion,
gathering of wild food
Firewood depleted, poor
pastures, limited water supply,
dry soils, increased erosion,
gathering of wild food
More firewood available,
improved pastures, moist soils,
increased pests
Abundant pastures, areas
of flooding and water logging,
increased pests
Social Kinship networks weakened as
resources depleted (claims not
met) and increased migration,
exploitation of common property
resources, increased conflict
Temporary exploitation of
communal resources, minor
claims not met
Kinship networks able to
support poorest households,
personal resources used so
communal resources can
improve, increased competition
as many households try to
sell goods
Kinship networks weaken
as resources are depleted
(claims not being met),
increased conflict, safety
nets destroyed, employment
opportunities decrease,
increased migration for work
10 1110
5. Support
5. Supporting adaptation to climate
change in Umkhanyakude
5.1 Introduction
In principle, the following broad factors
are considered critical to successful
adaptation: technological advances,
changed institutional arrangements,
financing availability, and information
exchange.8 All of these factors are linked to
broader development concerns. In Africa,
key adaptation practices that have been
observed include the diversification of
livelihood activities (or strategies); changes
in institutional architecture (including rules
and norms of governance); adjustments
in farming operations; income-generation
projects and selling of labour (eg migrating
to earn an income); and the move towards
off- or non-farm livelihood incomes.9
There has been very little research in
KwaZulu-Natal on community strategies to
adapt to climate change. What is known is
that multiple stresses act together to shape
vulnerability and hinder adaptive capacity.
From a Sustainable Livelihoods Framework
perspective, the ability of farmers to adapt
to climate stress is shaped by:
1. the impacts of HIV and AIDS;
2. education (schooling and adult
education);
3. difficulties in accessing water and land;
4. low incomes (diversification of income-
generating activities would arguably raise
resilience to financial stress);
5. institutional problems such as poor water
pipes maintenance; difficulties with
transport availability and cost; difficulties
with access to markets and water and
sanitation; poor inter-farmer collaboration;
conflicts of interest between crop and
livestock owners; lack of faith in the
Department of Agriculture; lack of
communication between the Department
of Agriculture, farmers and the local chief;
and poor water governance;
6. problems with extension services which
theoretically provide commercial farmers
with relevant climate and agricultural
information; and
7. the inability of smaller- and medium-scale
farmers to access social networks and
farmer support groups.
Many of the above findings are typical of
research findings on wider development
issues elsewhere in KwaZulu-Natal.10
5.2 Agricultural risk reduction and
better natural resource management
Adapting farming strategies to drought
and rainfall variability
Drought and extreme rainfall, as well
as intra-seasonal (or within one season)
factors, are important elements of climate
variability in relation to crop production.
Climate factors affect what is planted and
when. Farming strategies that reduce
risk are commonplace among resource-
constrained farmers, and the variety of
strategies used is enormous. Strategies
might include changes in planting methods,
changes to crop inputs (such as fertiliser),
and planting a combination of crops. 11
Many farmers also diversify to include
livelihood activities other than farming.
Unfortunately, some strategies are
unsustainable or might involve
significant loss (see table one).
11
Table one: Potential impact of climatic variation on household assets and strategies.
Source: Ziervogel and Calder (2003).
8 Kelkar (2005).
9 Boko, et al (2007).
10 Misselhorn (in prep.).
11 Jarvis et al (2006).
Source of livelihood
(assets and strategies)
Prolonged drought Delayed onset of rains Normal rains Above-normal rains
Economic Crop failure, livestock death,
deterioration of dwellings
(due to diminished thatch
grass), erosion of savings,
depletion of seed resources
in granaries, trees cut down
for income generation, wealth
and productive resources
liquidated, reduced animal feed
Shortage of water resources,
delayed planting leads to short
maturing and lower yielding
crop varieties and less sales,
animals get weak and sick,
vegetation suffers, resources
not as plentiful for crafts such
as weaving or thatching, wealth
resources liquidated
Potential good harvest
improves food security and
excess for sale, good grazing
conditions, adequate water
supplies, housing can be
repaired, nearby sources of
firewood, animals strengthen
Water logging and increased
pests destroy crops, increased
diseases affect humans and
livestock, water damages
housing and grain stores,
increased pests in grain stores,
small animals drown or washed
away, disrupted transport
reduces sale of goods
Human Increased labour migration,
malnutrition, under nutrition,
disease epidemics (cholera,
dysentery, AIDS) due to
poor sanitary conditions and
increased unsafe sex as
income-generation activity,
morbidity and mortality of
income earners
Malnutrition, Under-nutrition,
education suffers as children
can’t concentrate and
sometimes have to stop school
until money is acquired to pay
school fees
Malnutrition, Under-nutrition,
education suffers as children
can’t concentrate and
sometimes have to stop school
until money is acquired to pay
school fees
Disease epidemics, schools
and clinics might be structurally
damaged or closed because
of restricted access
Natural Firewood depleted, poor
pastures, limited water supply,
dry soils, increased erosion,
gathering of wild food
Firewood depleted, poor
pastures, limited water supply,
dry soils, increased erosion,
gathering of wild food
More firewood available,
improved pastures, moist soils,
increased pests
Abundant pastures, areas
of flooding and water logging,
increased pests
Social Kinship networks weakened as
resources depleted (claims not
met) and increased migration,
exploitation of common property
resources, increased conflict
Temporary exploitation of
communal resources, minor
claims not met
Kinship networks able to
support poorest households,
personal resources used so
communal resources can
improve, increased competition
as many households try to
sell goods
Kinship networks weaken
as resources are depleted
(claims not being met),
increased conflict, safety
nets destroyed, employment
opportunities decrease,
increased migration for work
12 1312
Farmers have become accustomed to
changes in the region and have begun to
take action. They are increasing planting
distances of crops; introducing short-
maturing varieties of maize and other crops;
building stone bunds to reduce soil erosion;
accessing newly available land beyond
the village; and taking collective action
(eg maize cooperatives and community
horticulture projects).12 In devising
strategies, farmers consider total rainfall
changes and the timing and nature of rain,
soil condition and moisture, and other
factors such as irrigation availability or
reliability.13 Social networks and other
forms of social capital, including farmer
extension services, have also played a
key role in making information available
that enhances adaptation.
Making use of seasonal forecasting
Farmers’ actions in response to seasonal
forecast information are one kind of
adaptation to seasonal climate variability.14
Forecast information is extremely useful
not only for farmers; it has, for example,
been successfully used in Mozambique
to reduce fatalities in the event of flooding
(see text box one).15 The South African
Weather Services is the institution
formally responsible for forecasting
and dissemination.
Once seasonal weather forecasts are
available for dissemination, their uptake
and use have been influenced by factors
such as the extent of dependence on
production for income; perceived credibility
of the forecast; access to credit; access to
land; and their method of dissemination.16
Methods used to access weather
information include internet, word-of-mouth
through extension, regional officers and
heads of households (this method is not
so efficient), and through radio and SMS
contact. An SMS notification system was
piloted during 2004/2005 in a joint initiative
by the South African Sugar Association
and the KwaZulu-Natal Department of
Agriculture, which has been billed as a
success. Several sugar cane growers in the
Bivane irrigation project in KwaZulu-Natal
received weekly irrigation advice by SMS
on their cell phones.17
Weather forecast information is a critical
aspect of enhancing adaptation to climate
change. Its questionable availability needs
to be addressed and the most suitable
dissemination methods for different user
groups in Umkhanyakude district need
to be investigated.
Technological and scientific innovations
Community needs and resources,
together with the specific climate risks
they face, might call for specific scientific
information or technology. The design of
adaptation work therefore includes scoping
for adaptation measures that require
further research and information, or even
technologies that are new or untested.
13
Enhancing capacity to adapt to flood risks through early warning in Mozambique
“From Mozambique, Moisés Benessene of the National Institute for Meteorology presented lessons learnt in flood related disaster management. Mozambique is vulnerable to flooding due to its location as well as the vulnerability of much of the country’s population (60 per cent of whom live below the poverty line). In 2000, more than 700 fatalities occurred due to flooding that occurred as a result of Cyclone Eline; in 2007, floods of greater magnitude resulted in less than 20 deaths. This decline in fatalities is largely due to changes introduced after 2000, when it was recognised that Mozambique had limited capacity to respond to disasters. GTZ and INGC (National Institute for Disaster Management) undertook a disaster risk reduction project that sought to increase the coping capacity of local communities by, in part, introducing a people-centred early-warning system (SIDPABB) in the region of the Buzi river basin. This system enables communication of weather information to and from the local level, and ensures that communities are ready to use this information. The SIDPABB warning system alerted communities to danger in February of 2007. This warning was heard and taken seriously, and those at risk reacted appropriately. This system, accompanied with the downscaling of weather information and strengthening coordination between government and civil defence, reduced the loss of life in 2007.”
Source: The Adaptation Workshop Report, Plenary Session One (IISD, 2007:8)
An example from KwaZulu-Natal is
rainwater harvesting techniques in
the Thukela Basin of KwaZulu-Natal.
Techniques have included concentrating,
storing and collecting surface run-off
in different mediums for domestic or
agricultural use. Run-off can be
collected from roofs or ground surfaces
(rainwater harvesting) as well as from
seasonal streams (flood water harvesting).
The Thukela Basin research indicates
these techniques hold much promise
in reducing run-off and increasing
agricultural potential.18
RECoMMENDATIoNS
organisations working to support
agricultural risk reduction and natural
resource management need to:
1. identify through participatory research
what farming strategies are being used
to cope with climate variability;
2. examine the potential for introducing
new farming methods (eg conservation
agricultural techniques);
3. identify the role and value of
agricultural extension services
— are they weak or strong in the most
vulnerable communities? Is there
room for programming to support
Department of Agriculture initiatives?
4. determine what seasonal forecasting
information farmers need:
•Whatinformationaretheyreceiving
(if any) and from what sources (for
example agricultural extension)?
•Howcanwarningsaboutfloodsand
droughts be disseminated in areas
that are not receiving these?
•Whoneedstheinformationin
the community?
•Howshouldtheinformationbe
disseminated — SMS notification,
radio, extension services?
5. identify the potential for supporting
the development of rainwater
harvesting techniques.
12 Thomas et al (2005).
13 Ibid.
14 Ziervogel et al (2006b).
15 IISD (2007).
16 Archer (2003).
17 South African Sugar Cane Journal (2005).
Above: Strengthening community awareness and social capital institutions through community meetings and forums. Photo: Matthew Willman/OxfamAUS. 18 Kongo et al (2006)
NB: Deutsche Gesellschaft für Technische Zusammenarbeit (GTZ). GmbH is an international cooperation enterprise for sustainable development with worldwide operations. It is a federally owned organisation that supports the German Government in achieving its development-policy objectives.
12 1312
Farmers have become accustomed to
changes in the region and have begun to
take action. They are increasing planting
distances of crops; introducing short-
maturing varieties of maize and other crops;
building stone bunds to reduce soil erosion;
accessing newly available land beyond
the village; and taking collective action
(eg maize cooperatives and community
horticulture projects).12 In devising
strategies, farmers consider total rainfall
changes and the timing and nature of rain,
soil condition and moisture, and other
factors such as irrigation availability or
reliability.13 Social networks and other
forms of social capital, including farmer
extension services, have also played a
key role in making information available
that enhances adaptation.
Making use of seasonal forecasting
Farmers’ actions in response to seasonal
forecast information are one kind of
adaptation to seasonal climate variability.14
Forecast information is extremely useful
not only for farmers; it has, for example,
been successfully used in Mozambique
to reduce fatalities in the event of flooding
(see text box one).15 The South African
Weather Services is the institution
formally responsible for forecasting
and dissemination.
Once seasonal weather forecasts are
available for dissemination, their uptake
and use have been influenced by factors
such as the extent of dependence on
production for income; perceived credibility
of the forecast; access to credit; access to
land; and their method of dissemination.16
Methods used to access weather
information include internet, word-of-mouth
through extension, regional officers and
heads of households (this method is not
so efficient), and through radio and SMS
contact. An SMS notification system was
piloted during 2004/2005 in a joint initiative
by the South African Sugar Association
and the KwaZulu-Natal Department of
Agriculture, which has been billed as a
success. Several sugar cane growers in the
Bivane irrigation project in KwaZulu-Natal
received weekly irrigation advice by SMS
on their cell phones.17
Weather forecast information is a critical
aspect of enhancing adaptation to climate
change. Its questionable availability needs
to be addressed and the most suitable
dissemination methods for different user
groups in Umkhanyakude district need
to be investigated.
Technological and scientific innovations
Community needs and resources,
together with the specific climate risks
they face, might call for specific scientific
information or technology. The design of
adaptation work therefore includes scoping
for adaptation measures that require
further research and information, or even
technologies that are new or untested.
13
Enhancing capacity to adapt to flood risks through early warning in Mozambique
“From Mozambique, Moisés Benessene of the National Institute for Meteorology presented lessons learnt in flood related disaster management. Mozambique is vulnerable to flooding due to its location as well as the vulnerability of much of the country’s population (60 per cent of whom live below the poverty line). In 2000, more than 700 fatalities occurred due to flooding that occurred as a result of Cyclone Eline; in 2007, floods of greater magnitude resulted in less than 20 deaths. This decline in fatalities is largely due to changes introduced after 2000, when it was recognised that Mozambique had limited capacity to respond to disasters. GTZ and INGC (National Institute for Disaster Management) undertook a disaster risk reduction project that sought to increase the coping capacity of local communities by, in part, introducing a people-centred early-warning system (SIDPABB) in the region of the Buzi river basin. This system enables communication of weather information to and from the local level, and ensures that communities are ready to use this information. The SIDPABB warning system alerted communities to danger in February of 2007. This warning was heard and taken seriously, and those at risk reacted appropriately. This system, accompanied with the downscaling of weather information and strengthening coordination between government and civil defence, reduced the loss of life in 2007.”
Source: The Adaptation Workshop Report, Plenary Session One (IISD, 2007:8)
An example from KwaZulu-Natal is
rainwater harvesting techniques in
the Thukela Basin of KwaZulu-Natal.
Techniques have included concentrating,
storing and collecting surface run-off
in different mediums for domestic or
agricultural use. Run-off can be
collected from roofs or ground surfaces
(rainwater harvesting) as well as from
seasonal streams (flood water harvesting).
The Thukela Basin research indicates
these techniques hold much promise
in reducing run-off and increasing
agricultural potential.18
RECoMMENDATIoNS
organisations working to support
agricultural risk reduction and natural
resource management need to:
1. identify through participatory research
what farming strategies are being used
to cope with climate variability;
2. examine the potential for introducing
new farming methods (eg conservation
agricultural techniques);
3. identify the role and value of
agricultural extension services
— are they weak or strong in the most
vulnerable communities? Is there
room for programming to support
Department of Agriculture initiatives?
4. determine what seasonal forecasting
information farmers need:
•Whatinformationaretheyreceiving
(if any) and from what sources (for
example agricultural extension)?
•Howcanwarningsaboutfloodsand
droughts be disseminated in areas
that are not receiving these?
•Whoneedstheinformationin
the community?
•Howshouldtheinformationbe
disseminated — SMS notification,
radio, extension services?
5. identify the potential for supporting
the development of rainwater
harvesting techniques.
12 Thomas et al (2005).
13 Ibid.
14 Ziervogel et al (2006b).
15 IISD (2007).
16 Archer (2003).
17 South African Sugar Cane Journal (2005).
Above: Strengthening community awareness and social capital institutions through community meetings and forums. Photo: Matthew Willman/OxfamAUS. 18 Kongo et al (2006)
NB: Deutsche Gesellschaft für Technische Zusammenarbeit (GTZ). GmbH is an international cooperation enterprise for sustainable development with worldwide operations. It is a federally owned organisation that supports the German Government in achieving its development-policy objectives.
14
5.3 Building resilience
through livelihood diversification
and flexibility
Diversifying livelihoods into non-farm
activities is a common adaptation practice
for rural families in the face of climate
and other environmental stresses.19
Attempts to diversify are, however, often
constrained. Obstacles include a lack of
access to information and technology, or
to employment opportunities which are
highly dependent on education and
other household resources.20
RECoMMENDATIoNS
Organisations working to diversify
livelihoods need to:
1. identify and support successful
livelihood diversification strategies
in Umkhanyakude;
2. gather and document community
and household-specific knowledge
to support potential of alternative
diversification strategies;
3. identify the constraints and
opportunities for people to access
markets;
4. provide, or support the provision of,
technical knowledge and skills; and
5. explore options for enhancing
finance or credit access.
5.4 Understanding local
needs and resource constraints
to build capacity
Climate stressors have highly localised
dimensions and livelihood dynamics, such
as resource constraints and opportunities,
which vary between communities and
between households. Ongoing work at
the local level is required to investigate
what strategies might work best, identify
alternatives that may not apply elsewhere,
and identify specific community needs
such as information requirements.
Research in KwaZulu-Natal elicited
inputs from a panel of 35 food security
practitioners experienced in addressing
food insecurity in the province. Among the
findings emphasised were those related
to in-depth, participatory work in
communities including:
1. the importance of community
participation in developing solutions;
2. building skills and capacity in
communities; and
3. seeking the energies and opportunities
to build on in communities.
(See tables two and three.)
RECoMMENDATIoNS
organisations working to understand
local needs, resource constraints and
opportunities need to:
1. continue to work closely in and with
communities and with partners working in
Umkhanyakude to understand the district’s
specific vulnerabilities and opportunities;
2. identify the human capacity strengths
and weaknesses in communities such as
skills gaps that hinder income generation
or employability. Schooling and education
levels are low across the district and
initiatives need to be developed urgently to
support basic adult education and literacy;
3. support groups or individuals who are
already seeking ways to generate income;
4. facilitate community and household
access to information on:
•agriculturalandnon-agricultural
market opportunities;
•employmentopportunities;
•skillsandeducationtoinitiate
income-generating activities.
5. help to identify constraints to water and
sanitation access and reliability, and work
with communities to identify solutions or
lobby for better service delivery.
19 Reid & Vogel (2006). 20 Soini, (2005).
ToP CRITICAL SUCCESS FACToRS
1 Participation of community members in needs analysis and project development
— project beneficiaries identified project themselves and were thus 100% committed
2 Human capacity building is a critical part of any project development
3 Long-standing relationship with community
4 Beneficiaries have existing entrepreneurial interests and skills
5 Working with community initiatives/resources, and where there is passion among
community members for change
Table two: Factors cited as critical to the success of interventions/projects reviewed
by a panel of food security practitioners in KwaZulu-Natal.
Most valuable food security interventions or change in project or development
approach if used by non-government bodies
Index of
Value
Making better use of networking between non-government organisations,
government, and community-based organisations to avoid duplication of efforts
and work towards more integrated and effective development.
53
Developing people’s skills, capacity and knowledge, thus facilitating people
to find their own solutions and opportunities and to manage these for long-term
sustainable development.
53
Projects that address community needs holistically; taking into consideration
short-term “crisis” needs, without neglecting the long-term livelihood, physical,
spiritual and capacity building needs of communities.
53
True community participation in project development and implementation, so that
ways of meeting needs are identified by the community rather than the agent of change.51
Building good relationships with beneficiaries through long-term involvement in the
community — a minimum of three to five years.47
Adopting an opportunity-focused approach by asking “what are people getting
right? Where is their positive energy?”, thus building on strengths and resources in
communities rather than focusing on fixing problems with pre-determined solutions.
41
Table three: Interventions with high potential value for non-government bodies
to enhance food security, as rated by food security practitioners in KwaZulu-Natal.
14
5.3 Building resilience
through livelihood diversification
and flexibility
Diversifying livelihoods into non-farm
activities is a common adaptation practice
for rural families in the face of climate
and other environmental stresses.19
Attempts to diversify are, however, often
constrained. Obstacles include a lack of
access to information and technology, or
to employment opportunities which are
highly dependent on education and
other household resources.20
RECoMMENDATIoNS
Organisations working to diversify
livelihoods need to:
1. identify and support successful
livelihood diversification strategies
in Umkhanyakude;
2. gather and document community
and household-specific knowledge
to support potential of alternative
diversification strategies;
3. identify the constraints and
opportunities for people to access
markets;
4. provide, or support the provision of,
technical knowledge and skills; and
5. explore options for enhancing
finance or credit access.
5.4 Understanding local
needs and resource constraints
to build capacity
Climate stressors have highly localised
dimensions and livelihood dynamics, such
as resource constraints and opportunities,
which vary between communities and
between households. Ongoing work at
the local level is required to investigate
what strategies might work best, identify
alternatives that may not apply elsewhere,
and identify specific community needs
such as information requirements.
Research in KwaZulu-Natal elicited
inputs from a panel of 35 food security
practitioners experienced in addressing
food insecurity in the province. Among the
findings emphasised were those related
to in-depth, participatory work in
communities including:
1. the importance of community
participation in developing solutions;
2. building skills and capacity in
communities; and
3. seeking the energies and opportunities
to build on in communities.
(See tables two and three.)
RECoMMENDATIoNS
organisations working to understand
local needs, resource constraints and
opportunities need to:
1. continue to work closely in and with
communities and with partners working in
Umkhanyakude to understand the district’s
specific vulnerabilities and opportunities;
2. identify the human capacity strengths
and weaknesses in communities such as
skills gaps that hinder income generation
or employability. Schooling and education
levels are low across the district and
initiatives need to be developed urgently to
support basic adult education and literacy;
3. support groups or individuals who are
already seeking ways to generate income;
4. facilitate community and household
access to information on:
•agriculturalandnon-agricultural
market opportunities;
•employmentopportunities;
•skillsandeducationtoinitiate
income-generating activities.
5. help to identify constraints to water and
sanitation access and reliability, and work
with communities to identify solutions or
lobby for better service delivery.
19 Reid & Vogel (2006). 20 Soini, (2005).
ToP CRITICAL SUCCESS FACToRS
1 Participation of community members in needs analysis and project development
— project beneficiaries identified project themselves and were thus 100% committed
2 Human capacity building is a critical part of any project development
3 Long-standing relationship with community
4 Beneficiaries have existing entrepreneurial interests and skills
5 Working with community initiatives/resources, and where there is passion among
community members for change
Table two: Factors cited as critical to the success of interventions/projects reviewed
by a panel of food security practitioners in KwaZulu-Natal.
Most valuable food security interventions or change in project or development
approach if used by non-government bodies
Index of
Value
Making better use of networking between non-government organisations,
government, and community-based organisations to avoid duplication of efforts
and work towards more integrated and effective development.
53
Developing people’s skills, capacity and knowledge, thus facilitating people
to find their own solutions and opportunities and to manage these for long-term
sustainable development.
53
Projects that address community needs holistically; taking into consideration
short-term “crisis” needs, without neglecting the long-term livelihood, physical,
spiritual and capacity building needs of communities.
53
True community participation in project development and implementation, so that
ways of meeting needs are identified by the community rather than the agent of change.51
Building good relationships with beneficiaries through long-term involvement in the
community — a minimum of three to five years.47
Adopting an opportunity-focused approach by asking “what are people getting
right? Where is their positive energy?”, thus building on strengths and resources in
communities rather than focusing on fixing problems with pre-determined solutions.
41
Table three: Interventions with high potential value for non-government bodies
to enhance food security, as rated by food security practitioners in KwaZulu-Natal.
16 17
5.5 Strengthening community social
capital resources and institutions
Social capital resources
enhance livelihoods
The ability to be part of or engage with
institutions to achieve collective action
and decision making describes one
aspect of an individual’s, household’s or
community’s social capital. Social capital
includes trust, reciprocity and exchange,
common rules, norms and sanctions, social
connectedness, and social networks and
institutions and groups.21 In KwaZulu-Natal,
strengthening community social capital,
together with the participation of vulnerable
people in developing food security
initiatives, has been found to be critical to
strengthening food security interventions
and enhancing livelihoods.22 Strong,
community-sanctioned institutions ensure
people are able to lay claim to shared
resources and engage in collective action.23
Social capital shortfalls in KwaZulu-Natal
In KwaZulu-Natal, case study research has
found a number of “breakdowns” in social
capital associated with food insecurity.
These included the increasing dissolution
of nuclear families, disagreements between
religious groups in the community, weak as
well as ambiguous leadership (traditional
versus elected), poor access to the
ward councillor, and changes in cultural
norms.24 All of these breakdowns hinder
the ability to access or exploit resources
and opportunities within and beyond
the community (such as government
resources), including the ability to
act collectively and lobby for
community interests.
Focusing on social capital to support
adaptation is not straightforward
Unfortunately, the fact of being poor, or
having other resource constraints, can
lead to exclusion from accessing social
capital resources. The interactions between
household resources are highly complex
and vary from household to household.
Human relationships, conflict and power
dynamics, property rights, as well as the
wider political context, all affect access
to and use of social capital in the pursuit
of food security.25
While the concept of social capital is
abstract, and focusing on it in programming
is not straightforward, its important role is
too clearly documented for it to be ignored
in developing programming that will support
adaptation in Umkhanyakude.
RECoMMENDATIoNS
Organisations working to strengthen
social capital and increase the capacity
of communities in Umkhanyakude to
adapt to climate change need to:
1. investigate the social resources
(such as stokvels or savings clubs,
leadership groups, the role of
traditional leaders versus ward
councillors) that communities use
to understand how they access,
or fail to access, social capital;
2. work with and elicit the knowledge
that other stakeholders have about
institutions in the communities
where they work. This will yield
an understanding of household or
community livelihood strategies and
the role of social capital; and
3. through the above, develop a better
understanding of how women can
overcome the constraints they face
to accessing social capital. This often
results from women’s disadvantaged
property rights.
5.6 Engaging with planning and
implementation processes across
sectors and scales
National adaptation strategies
The structure and nature of climate change
institutions across scales is a significant
issue in supporting climate change
adaptation. It is important to consider
how programming can engage with these
structures to find opportunities for better
collaboration. A wider consideration of
the municipal, provincial and national
policy planning and development process
is critical in supporting adaptation. This
is considered the most vital stage of
the Adaptation Policy Framework (APF)
process developed by the UNDP to guide
the process of adaptation policy-making,
with the overall aim of supporting wellbeing
in the face of climate change.26 (Refer to
text box two.)
Successful adaptation to climate change
will depend on greater coordination
between institutions at all levels, including
civil society.27 Organisations working
in South Africa to help vulnerable
communities adapt to climate change
have a particular role to play in sharing
information, lessons learned, and
adaptation strategies.
The Adaptation Policy Framework (APF) Source: Kelkar (2005); UNDP (2004).
The APF was developed with the key aim of integrating adaptation into key policy and planning processes, and is structured around four major principles:
1. Adaptation to short-term climate variability and extreme events is included as a basis for reducing vulnerability to longer-term climate change.
2. Adaptation policy and measures are assessed in a developmental context.
3. Adaptation occurs at different levels in society, including the local level.
4. Both the strategy and the process by which adaptation is implemented are equally important.
Placing a strong emphasis on the broad engagement of stakeholders, the APF is comprised of the following five components:
1. Scoping and designing an adaptation project involves ensuring that a project is well integrated into the national policy-planning and development process. This is the most vital stage of the APF process. The purpose is to put in place an effective project plan so that adaptation strategies, policies and measures can be implemented.
2. Assessing current vulnerability involves responding to questions such as: Where does a society stand today with respect to vulnerability to climate risks? What factors determine a society’s current vulnerability? How successful are the efforts to adapt to current climate risks?
3. Assessing future climate risks focuses on the development of scenarios of future climate, vulnerability, and socio-economic scenarios.
4. Formulating an adaptation strategy in response to current vulnerability and future climate risks involves the identification and selection of a set of adaptation policy options and measures, and the formulation of these options into a cohesive, integrated strategy.
5. Continuing the adaptation process involves implementing, monitoring, evaluating, improving, and sustaining the initiatives launched by the adaptation project.
21 Adger (2003).
22 Misselhorn (2006).
23 Meinzen-Dick & Di Gregorio (2004).
24 Misselhorn (in prep.)
25 Maluccio et al (1999).
26 UNDP (2004). 27 Naess et al (2005).
16 17
5.5 Strengthening community social
capital resources and institutions
Social capital resources
enhance livelihoods
The ability to be part of or engage with
institutions to achieve collective action
and decision making describes one
aspect of an individual’s, household’s or
community’s social capital. Social capital
includes trust, reciprocity and exchange,
common rules, norms and sanctions, social
connectedness, and social networks and
institutions and groups.21 In KwaZulu-Natal,
strengthening community social capital,
together with the participation of vulnerable
people in developing food security
initiatives, has been found to be critical to
strengthening food security interventions
and enhancing livelihoods.22 Strong,
community-sanctioned institutions ensure
people are able to lay claim to shared
resources and engage in collective action.23
Social capital shortfalls in KwaZulu-Natal
In KwaZulu-Natal, case study research has
found a number of “breakdowns” in social
capital associated with food insecurity.
These included the increasing dissolution
of nuclear families, disagreements between
religious groups in the community, weak as
well as ambiguous leadership (traditional
versus elected), poor access to the
ward councillor, and changes in cultural
norms.24 All of these breakdowns hinder
the ability to access or exploit resources
and opportunities within and beyond
the community (such as government
resources), including the ability to
act collectively and lobby for
community interests.
Focusing on social capital to support
adaptation is not straightforward
Unfortunately, the fact of being poor, or
having other resource constraints, can
lead to exclusion from accessing social
capital resources. The interactions between
household resources are highly complex
and vary from household to household.
Human relationships, conflict and power
dynamics, property rights, as well as the
wider political context, all affect access
to and use of social capital in the pursuit
of food security.25
While the concept of social capital is
abstract, and focusing on it in programming
is not straightforward, its important role is
too clearly documented for it to be ignored
in developing programming that will support
adaptation in Umkhanyakude.
RECoMMENDATIoNS
Organisations working to strengthen
social capital and increase the capacity
of communities in Umkhanyakude to
adapt to climate change need to:
1. investigate the social resources
(such as stokvels or savings clubs,
leadership groups, the role of
traditional leaders versus ward
councillors) that communities use
to understand how they access,
or fail to access, social capital;
2. work with and elicit the knowledge
that other stakeholders have about
institutions in the communities
where they work. This will yield
an understanding of household or
community livelihood strategies and
the role of social capital; and
3. through the above, develop a better
understanding of how women can
overcome the constraints they face
to accessing social capital. This often
results from women’s disadvantaged
property rights.
5.6 Engaging with planning and
implementation processes across
sectors and scales
National adaptation strategies
The structure and nature of climate change
institutions across scales is a significant
issue in supporting climate change
adaptation. It is important to consider
how programming can engage with these
structures to find opportunities for better
collaboration. A wider consideration of
the municipal, provincial and national
policy planning and development process
is critical in supporting adaptation. This
is considered the most vital stage of
the Adaptation Policy Framework (APF)
process developed by the UNDP to guide
the process of adaptation policy-making,
with the overall aim of supporting wellbeing
in the face of climate change.26 (Refer to
text box two.)
Successful adaptation to climate change
will depend on greater coordination
between institutions at all levels, including
civil society.27 Organisations working
in South Africa to help vulnerable
communities adapt to climate change
have a particular role to play in sharing
information, lessons learned, and
adaptation strategies.
The Adaptation Policy Framework (APF) Source: Kelkar (2005); UNDP (2004).
The APF was developed with the key aim of integrating adaptation into key policy and planning processes, and is structured around four major principles:
1. Adaptation to short-term climate variability and extreme events is included as a basis for reducing vulnerability to longer-term climate change.
2. Adaptation policy and measures are assessed in a developmental context.
3. Adaptation occurs at different levels in society, including the local level.
4. Both the strategy and the process by which adaptation is implemented are equally important.
Placing a strong emphasis on the broad engagement of stakeholders, the APF is comprised of the following five components:
1. Scoping and designing an adaptation project involves ensuring that a project is well integrated into the national policy-planning and development process. This is the most vital stage of the APF process. The purpose is to put in place an effective project plan so that adaptation strategies, policies and measures can be implemented.
2. Assessing current vulnerability involves responding to questions such as: Where does a society stand today with respect to vulnerability to climate risks? What factors determine a society’s current vulnerability? How successful are the efforts to adapt to current climate risks?
3. Assessing future climate risks focuses on the development of scenarios of future climate, vulnerability, and socio-economic scenarios.
4. Formulating an adaptation strategy in response to current vulnerability and future climate risks involves the identification and selection of a set of adaptation policy options and measures, and the formulation of these options into a cohesive, integrated strategy.
5. Continuing the adaptation process involves implementing, monitoring, evaluating, improving, and sustaining the initiatives launched by the adaptation project.
21 Adger (2003).
22 Misselhorn (2006).
23 Meinzen-Dick & Di Gregorio (2004).
24 Misselhorn (in prep.)
25 Maluccio et al (1999).
26 UNDP (2004). 27 Naess et al (2005).
18 19
Disaster risk reduction
An increase in disasters and hazards
is predicted with climate change.
Hazards can be broadly grouped into
natural hazards, technological hazards
(for example infrastructural failures),
and complex emergencies (for example
drought coupled with HIV and AIDS and
socio-economic stresses). Extensive
experience shows that the negative impacts
of these disasters are far greater among
communities that are already poor and
vulnerable. The main adaptation measure
employed in planning for such hazards is
risk assessment and risk reduction.28
Human health
An increase in the incidence of malaria
in communities would place an increased
burden on social and human capacity
beyond that already being experienced
due to HIV and AIDS. It would also place
a greater burden on already stretched
health services. However, experts in
South Africa believe that unless there is
a general breakdown in health systems it
is unlikely that climate change will result in
an increase in malaria in Umkhanyakude.29
Nevertheless, organisations working to
enhance adaptation to climate-related
risks need to support the close monitoring
of malaria incidence as well as
control measures.30
RECoMMENDATIoNS
Organisations working to the programs
and policies across sectors and scales
related to climate change adaptation
need to:
1. investigate creating a forum to share
lessons on adaptation in South Africa;
2. identify ways to link community needs,
lessons learned and knowledge gathered
to decision makers at provincial and
national levels; and
3. support close control, management
and treatment of malaria:
•Thisisparticularlyimportantasmalaria
in South Africa is marginal, which
means that the population is mostly not
immune and therefore susceptible to
complications and death.
•Theuseofinsecticide-treatednets/bed
nets have been found to be effective
and should be encouraged.
•Continuedsurveillanceisneeded
to monitor malaria, which includes
the sharing of information between
researchers, control/healthcare staff
and policy makers.
Above: Alpheus Malatji working in his small garden to ensure he has sufficient, nutritious food. Photo: Gcina Ndwalane/OxfamAUS.
Right: Ingwavuma Orphan Care – rainfall has become more erratic over the last few decades, occurring less frequently and for shorter periods, which puts further stress on rain-fed agriculture. Photo: Matthew Willman/OxfamAUS.
28 O’Brien et al (2006).
29 GIS Coordinator and Principle Investigator, National Malaria Research Programme, South African Medical Research Council.
30 Craig et al (2000).
18 19
Disaster risk reduction
An increase in disasters and hazards
is predicted with climate change.
Hazards can be broadly grouped into
natural hazards, technological hazards
(for example infrastructural failures),
and complex emergencies (for example
drought coupled with HIV and AIDS and
socio-economic stresses). Extensive
experience shows that the negative impacts
of these disasters are far greater among
communities that are already poor and
vulnerable. The main adaptation measure
employed in planning for such hazards is
risk assessment and risk reduction.28
Human health
An increase in the incidence of malaria
in communities would place an increased
burden on social and human capacity
beyond that already being experienced
due to HIV and AIDS. It would also place
a greater burden on already stretched
health services. However, experts in
South Africa believe that unless there is
a general breakdown in health systems it
is unlikely that climate change will result in
an increase in malaria in Umkhanyakude.29
Nevertheless, organisations working to
enhance adaptation to climate-related
risks need to support the close monitoring
of malaria incidence as well as
control measures.30
RECoMMENDATIoNS
Organisations working to the programs
and policies across sectors and scales
related to climate change adaptation
need to:
1. investigate creating a forum to share
lessons on adaptation in South Africa;
2. identify ways to link community needs,
lessons learned and knowledge gathered
to decision makers at provincial and
national levels; and
3. support close control, management
and treatment of malaria:
•Thisisparticularlyimportantasmalaria
in South Africa is marginal, which
means that the population is mostly not
immune and therefore susceptible to
complications and death.
•Theuseofinsecticide-treatednets/bed
nets have been found to be effective
and should be encouraged.
•Continuedsurveillanceisneeded
to monitor malaria, which includes
the sharing of information between
researchers, control/healthcare staff
and policy makers.
Above: Alpheus Malatji working in his small garden to ensure he has sufficient, nutritious food. Photo: Gcina Ndwalane/OxfamAUS.
Right: Ingwavuma Orphan Care – rainfall has become more erratic over the last few decades, occurring less frequently and for shorter periods, which puts further stress on rain-fed agriculture. Photo: Matthew Willman/OxfamAUS.
28 O’Brien et al (2006).
29 GIS Coordinator and Principle Investigator, National Malaria Research Programme, South African Medical Research Council.
30 Craig et al (2000).
20 2120
6. Considerations
6. Summary of considerations
for supporting climate change
adaptation in Umkhanyakude
The above discussions have highlighted
some of the issues relating to future
adaptation to climate change in
Umkhanyakude.
Table four provides a summary of key
adaptation and program support strategies
that have been employed across the region.
21
Themes Strategy
Understanding
local needs
and resource
constraints to
build capacity
and access to
information and
services
Working to understand household and community dynamics by:
•determininguserneedstosupportbetteraccesstoinformationandservices;
•identifyingcommunityperceptionsandknowledgeofclimatechangeissuestodevelop“homegrown”adaptationoptions;
•identifyingopportunitieswithinthecommunity,workingwithexistingstrengthsandenergies;38
•supportingand/orlobbyingforimprovementstoinfrastructureandservices,suchasimprovedroadaccess,healthcare;
•researchingand/orsupportingthechannelsformicro-creditandnon-exploitativemoneylending.39
Strengthening
community
social capital
resources and
institutions
Supporting, strengthening and engaging with institutions, social networks and other forms of social capital
This might include:
•promotingimprovedaccesstoinformationthroughengagingwithfarmerextensionservicesandunderstandingextension
limitations and constraints;
•supportingcollectiveaction(whereappropriate)suchascropcooperativesandcommunityhorticultureprojects.
Engaging with
planning and
implementation
processes
across sectors
and scales
Developing and promoting participatory, evidence-based lessons for planning and policy processes
•hereisenormousdiversityinclimaterisk,livelihoodstrategiesandadaptationoptionsbetweencommunities,andevenbetween
households. Understanding local dynamics is indispensable to effectively supporting adaptation.
•Theperceptionofagriculturalriskplaysanimportantroleinactions,emphasisingtheimportanceofreciprocallearningandinformation
sharing between farmers and other institutions.40
•OngoingworkwithcommunitiesacrossUmkhanyakude,aswellaswithorganisationsworkingincommunities,willhelptoyieldan
understanding of household or community livelihood strategies. It will also be necessary to understand how institutions within communities
connect with external institutions (such as government extension, ward councillors).
Paying heed to integrated catchment management, and integration of climate change knowledge into water planning at all scales,
including better partnerships between the climate science and development planning actors, government, non-government organisations,
and civil society. Adaptation strategies need to:41
•increasewatersupply,through,forexample,modifiedcatchmentvegetation(suchasremovingalienvegetation),constructionofreservoirs
and dams, reduction of evaporation, development of groundwater resources and the use of inter-basin transfers;
•reducewaterdemand/demandsidemanagement,egrecyclewater;and
•bettermanagesupplyanddemandthrough,forexample,usingcropsubstitution,conjunctiveuseofgroundandsurfacewater,and
application of climate forecasts in the agricultural sector.
Supporting and/or lobbying for including climate change planning in integrated conservation strategies across South Africa
to preserve biodiversity and conservation areas.42 This will have numerous impacts on adaptation capacities and livelihoods through direct
and indirect mechanisms — for example employment in the conservation and tourism sectors. The preservation of biodiversity has been
noted as one of the most important strategies in adapting to climate change.43
Supporting healthcare, health systems, and information systems to control, manage and monitor increased health risks,
particularly malaria. For malaria control, the use of insecticide-treated nets/bed nets should be encouraged.
Themes Strategy
Agricultural
risk reduction
and better
natural resource
management
Development of agricultural risk reduction and/or opportunity exploitation strategies:
•short-maturingvarietiesofmaizeandothercrops;
•shadowcrops—broadleavesoffershadetounderstorycrops—aswellasinclusionoftreesorcanopywherepossible;
•soilenrichmentsuchasgreenmanuring;
•mulching;
•staggeringcropplantingdates;
•changesincropspacing;
•useofindigenouscropvarieties;
•controlandremovalofalienorinvasivevegetation;
•technicalresearchhasshownhowcrop–livestockintegration,on-farmtreeplantingandaquaculturecanaddvaluetorain-fedfarming
systems.31
Promotion of improved rainfall analysis and seasonal weather forecasts (including drought forecasting and early warning).
This is particularly important given current limits on forecast availability and slowness in delivery of information to resource-constrained
farmers in South Africa, including Umkhanyakude.
Research and the development of locally-adapted technologies, including:
•rainwaterharvestingsystems—researchintheThukelaBasin,KwaZulu-Natal,indicatestheseholdmuchpromiseinreducingrun-off
and increasing agricultural potential; 32
•dambuilding;
•waterconservationpracticessuchasmulching;
•additionofdrip-irrigation;33
•aquaculturewhichhasbeenusedamongfarmerswithriveraccessinMaanganiinLimpopo.34
Seeking out and researching the potential of technologies not yet documented in South Africa, for example:
•small-scalehydroelectricproductioninSriLankawhichoffersasynergybetweenmitigationandadaptation;35
•rehabilitatingfreshwaterwellsandsurveyingforalternativefreshwatersourcesincoastalcommunitiesaffected by sea level rises in Tanzania.36
Supporting the management decisions of small-scale, asset-poor farmers by researching local livelihood strategies through
participatory means.37
Building
resilience
through (where
appropriate)
livelihood
diversification
and flexibility
Supporting increased diversity and flexibility in livelihood strategies, including non-farm income generation activities
(where appropriate) within and beyond the natural resource sector. This means the inclusion of a variety of activities in their livelihood
portfolios, as well as possible crop diversification. This might, for example, ensure that they have resources to draw on when shocks
affect one part of their livelihood portfolio. Frequently, diversification involves migration of one or more family members which may
mean remittance income on the one hand, but bring increased family risks on the other.31 Mortimore & Manvell (2006).
32 Kongo & Jewitt (2006).
33 Matondo et al (2005).
34 Vincent (2007).
35 Blanco (2006).
36 IISD (2007).
37 Mortimore & Manvell (2006).
38 Misselhorn (2006).
39 Mortimore & Manvell (2006).
40 Grothmann & Patt (2005); Reid & Vogel (2006); Koch et al (2007).
41 Mukheibir & Sparks (2003).
42 (Hannah et al, 2002; Fairbanks & Benn, 2000; Cowling et al, 2002).
43 Schulze (2003).
Table four: Summary of adaptation support strategies evident in the literature that
are relevant to resource-constrained communities in Umkhanyakude
Table four cont
20 2120
6. Considerations
6. Summary of considerations
for supporting climate change
adaptation in Umkhanyakude
The above discussions have highlighted
some of the issues relating to future
adaptation to climate change in
Umkhanyakude.
Table four provides a summary of key
adaptation and program support strategies
that have been employed across the region.
21
Themes Strategy
Understanding
local needs
and resource
constraints to
build capacity
and access to
information and
services
Working to understand household and community dynamics by:
•determininguserneedstosupportbetteraccesstoinformationandservices;
•identifyingcommunityperceptionsandknowledgeofclimatechangeissuestodevelop“homegrown”adaptationoptions;
•identifyingopportunitieswithinthecommunity,workingwithexistingstrengthsandenergies;38
•supportingand/orlobbyingforimprovementstoinfrastructureandservices,suchasimprovedroadaccess,healthcare;
•researchingand/orsupportingthechannelsformicro-creditandnon-exploitativemoneylending.39
Strengthening
community
social capital
resources and
institutions
Supporting, strengthening and engaging with institutions, social networks and other forms of social capital
This might include:
•promotingimprovedaccesstoinformationthroughengagingwithfarmerextensionservicesandunderstandingextension
limitations and constraints;
•supportingcollectiveaction(whereappropriate)suchascropcooperativesandcommunityhorticultureprojects.
Engaging with
planning and
implementation
processes
across sectors
and scales
Developing and promoting participatory, evidence-based lessons for planning and policy processes
•hereisenormousdiversityinclimaterisk,livelihoodstrategiesandadaptationoptionsbetweencommunities,andevenbetween
households. Understanding local dynamics is indispensable to effectively supporting adaptation.
•Theperceptionofagriculturalriskplaysanimportantroleinactions,emphasisingtheimportanceofreciprocallearningandinformation
sharing between farmers and other institutions.40
•OngoingworkwithcommunitiesacrossUmkhanyakude,aswellaswithorganisationsworkingincommunities,willhelptoyieldan
understanding of household or community livelihood strategies. It will also be necessary to understand how institutions within communities
connect with external institutions (such as government extension, ward councillors).
Paying heed to integrated catchment management, and integration of climate change knowledge into water planning at all scales,
including better partnerships between the climate science and development planning actors, government, non-government organisations,
and civil society. Adaptation strategies need to:41
•increasewatersupply,through,forexample,modifiedcatchmentvegetation(suchasremovingalienvegetation),constructionofreservoirs
and dams, reduction of evaporation, development of groundwater resources and the use of inter-basin transfers;
•reducewaterdemand/demandsidemanagement,egrecyclewater;and
•bettermanagesupplyanddemandthrough,forexample,usingcropsubstitution,conjunctiveuseofgroundandsurfacewater,and
application of climate forecasts in the agricultural sector.
Supporting and/or lobbying for including climate change planning in integrated conservation strategies across South Africa
to preserve biodiversity and conservation areas.42 This will have numerous impacts on adaptation capacities and livelihoods through direct
and indirect mechanisms — for example employment in the conservation and tourism sectors. The preservation of biodiversity has been
noted as one of the most important strategies in adapting to climate change.43
Supporting healthcare, health systems, and information systems to control, manage and monitor increased health risks,
particularly malaria. For malaria control, the use of insecticide-treated nets/bed nets should be encouraged.
Themes Strategy
Agricultural
risk reduction
and better
natural resource
management
Development of agricultural risk reduction and/or opportunity exploitation strategies:
•short-maturingvarietiesofmaizeandothercrops;
•shadowcrops—broadleavesoffershadetounderstorycrops—aswellasinclusionoftreesorcanopywherepossible;
•soilenrichmentsuchasgreenmanuring;
•mulching;
•staggeringcropplantingdates;
•changesincropspacing;
•useofindigenouscropvarieties;
•controlandremovalofalienorinvasivevegetation;
•technicalresearchhasshownhowcrop–livestockintegration,on-farmtreeplantingandaquaculturecanaddvaluetorain-fedfarming
systems.31
Promotion of improved rainfall analysis and seasonal weather forecasts (including drought forecasting and early warning).
This is particularly important given current limits on forecast availability and slowness in delivery of information to resource-constrained
farmers in South Africa, including Umkhanyakude.
Research and the development of locally-adapted technologies, including:
•rainwaterharvestingsystems—researchintheThukelaBasin,KwaZulu-Natal,indicatestheseholdmuchpromiseinreducingrun-off
and increasing agricultural potential; 32
•dambuilding;
•waterconservationpracticessuchasmulching;
•additionofdrip-irrigation;33
•aquaculturewhichhasbeenusedamongfarmerswithriveraccessinMaanganiinLimpopo.34
Seeking out and researching the potential of technologies not yet documented in South Africa, for example:
•small-scalehydroelectricproductioninSriLankawhichoffersasynergybetweenmitigationandadaptation;35
•rehabilitatingfreshwaterwellsandsurveyingforalternativefreshwatersourcesincoastalcommunitiesaffected by sea level rises in Tanzania.36
Supporting the management decisions of small-scale, asset-poor farmers by researching local livelihood strategies through
participatory means.37
Building
resilience
through (where
appropriate)
livelihood
diversification
and flexibility
Supporting increased diversity and flexibility in livelihood strategies, including non-farm income generation activities
(where appropriate) within and beyond the natural resource sector. This means the inclusion of a variety of activities in their livelihood
portfolios, as well as possible crop diversification. This might, for example, ensure that they have resources to draw on when shocks
affect one part of their livelihood portfolio. Frequently, diversification involves migration of one or more family members which may
mean remittance income on the one hand, but bring increased family risks on the other.31 Mortimore & Manvell (2006).
32 Kongo & Jewitt (2006).
33 Matondo et al (2005).
34 Vincent (2007).
35 Blanco (2006).
36 IISD (2007).
37 Mortimore & Manvell (2006).
38 Misselhorn (2006).
39 Mortimore & Manvell (2006).
40 Grothmann & Patt (2005); Reid & Vogel (2006); Koch et al (2007).
41 Mukheibir & Sparks (2003).
42 (Hannah et al, 2002; Fairbanks & Benn, 2000; Cowling et al, 2002).
43 Schulze (2003).
Table four: Summary of adaptation support strategies evident in the literature that
are relevant to resource-constrained communities in Umkhanyakude
Table four cont
22 2322
7. Conclusion
7. Conclusion
Supporting adaptation in Umkhanyakude
is not a simple “one size fits all” process.
Supporting adaptation is about continuing
to address the multiple development
shortfalls of the district that prevent people
from being able to adapt, and make them
more vulnerable, to climate change. This
is fundamentally what building adaptive
capacity is about.
Successful adaptation is not easy to identify
or assess, particularly given that measures
that appear effective in the short term might
carry long-term negative consequences
that are not immediately evident.44
Adaptation responses need to be flexible
enough to cope with uncertainty, and with
meeting different needs that might rapidly
change with time.
This report has presented a range of
adaptation and program support strategies
that have been used by communities in
KwaZulu-Natal and elsewhere in South
Africa and Africa. An approach is required
that understands some of the options and
likely challenges from broader experience,
but that is grounded in local knowledge and
participatory work. A critical component is
to facilitate community access to relevant
and timely information and services that
will increase people’s knowledge and
choices, and convey lessons learned
in Umkhanyakude for better policy
development and institutional support.
23
44 Adger et al (2005).
Right: Ensuring that there is a sustainable avenue for food production and access to food for the community can help to combat some vulnerabilities to climate change that are experienced in the region.Photo: Matthew Willman/OxfamAUS.
22 2322
7. Conclusion
7. Conclusion
Supporting adaptation in Umkhanyakude
is not a simple “one size fits all” process.
Supporting adaptation is about continuing
to address the multiple development
shortfalls of the district that prevent people
from being able to adapt, and make them
more vulnerable, to climate change. This
is fundamentally what building adaptive
capacity is about.
Successful adaptation is not easy to identify
or assess, particularly given that measures
that appear effective in the short term might
carry long-term negative consequences
that are not immediately evident.44
Adaptation responses need to be flexible
enough to cope with uncertainty, and with
meeting different needs that might rapidly
change with time.
This report has presented a range of
adaptation and program support strategies
that have been used by communities in
KwaZulu-Natal and elsewhere in South
Africa and Africa. An approach is required
that understands some of the options and
likely challenges from broader experience,
but that is grounded in local knowledge and
participatory work. A critical component is
to facilitate community access to relevant
and timely information and services that
will increase people’s knowledge and
choices, and convey lessons learned
in Umkhanyakude for better policy
development and institutional support.
23
44 Adger et al (2005).
Right: Ensuring that there is a sustainable avenue for food production and access to food for the community can help to combat some vulnerabilities to climate change that are experienced in the region.Photo: Matthew Willman/OxfamAUS.
24 2524
8. Glossary
Hannah, L., Midgley, G. F. & Millar, D. (2002) Climate change-integrated conservation strategies. Global Ecology & Biogeography, 11, 485.
IISD (2007) Early Lessons from Implementation of Climate Change Adaptation Projects in South-Eastern Africa. Regional Workshop in Maputo, Mozambique, April 24 and 25, 2007, International Institute for Sustainable Development.
Jarvis, A., Fisher, M., P., J., Cook, S. & Guarino, L. (2006) Agriculture, Risk and Climate Change. http://www.cgiar.org/pdf/2006_Jarvis%20and%20others-Ag_Risk_ClimateChange_2006_FINAL.pdf, Consultative Group in International Agricultural Research.
Kelkar, U. (2005) The palimpsest of adaptation research: an overview of concepts and frameworks. Discussion paper under the World Bank project Addressing vulnerability to climate variability and change through assessment of adaptation issues and options, on the occasion of the 11th Conference of Parties to the United Nations Framework Convention on Climate Change, 28 November – 9 December 2005, Montreal, Canada. Centre for Global Environment Research, T E R I.
Kongo, V. M. & Jewitt, G. P. W. (2006) Preliminary investigation of catchment hydrology in response to agricultural water use innovations: A case study of the Potshini catchment, South Africa. Physics & Chemistry of the Earth – Parts A/B/C, 31,976–987.
Maluccio, J., Haddad, L. & May, J. (1999) Social Capital and Income Generation in South Africa, 1993-1997. International Food Policy Research Institute FCND Discussion Paper, 48.
25
9. References
8. Glossary of terms
Adaptation: Adaptation to climate change
describes the adjustment people make
to the things they do, the way they do
them, or to the organisational or physical
elements of their environment in response
to, or in anticipation of, a changing climate.
Adaptation is generally understood to
describe the strategies that are sustainable
in the long term.
Biodiversity: Describes the “natural
variety” of an environment, including the
habitat variety, the number of species,
the interactions between species, and the
genetic variation among individuals within
a species.
Climate change: In the context of this
report, this refers to changes in variability
and/or changes in the average state of
climatic conditions over time, caused by
human activities.
Climate change mitigation: Refers to
attempts to reduce and control greenhouse
gas emissions so that the impacts of human
activities on climate are reduced.
Climate variability: In the context of this
report, this refers to “natural” changes in
climate conditions over time, as opposed to
those that are caused by human activities.
This variability may occur from year to year
or in cycles over decades.
Coping strategies: A distinction is often
made between coping and adaptation
strategies. Coping strategies are
considered to be involuntary or forced
response to a shock, and may also
frequently involve a livelihood cost. For
example, the sale of assets is a commonly
used coping strategy in times of severe
stress. But in Africa such strategies have
been found to be slowly undermining the
asset bases of vulnerable households and
thus to be further compromising people’s
long-term resilience and food security.
Food security: The physical or economic
access of all people at all times to
sufficient, safe and nutritious food to meet
their dietary needs and food preferences
for an active and healthy life.
Human capital: The capability of individuals
residing in their knowledge, health and skills.
Hydrological cycle: The continuous
movement, as well as conservation, of
water throughout the earth’s system,
including rainfall, run-off, condensation,
evaporation from water surfaces, plant
transpiration, and infiltration into the soil.
Institutions: Organisations founded
formally or informally for a particular body
of work, as well as social rules, customs,
precedents or constant practices that
characterise society.
Livelihood diversification: This refers
to the process of people increasing their
variety of livelihood activities. For example
rural households may, in addition to
farming, make handcrafts to sell for income.
Livelihood strategies: The way people use
the resources available to them in pursuit
of livelihood goals. These may include
agricultural intensification or diversification,
livelihood diversification, or migration.
Malnutrition: Defined as deficiencies
and imbalances in either the macro- or
micro- nutrient dietary content, which may
lead to abnormalities and disease.
Natural capital: All goods and services
offered by the natural environment.
Physical capital: Human-made material
resources.
Social capital: Features of social
organisation such as networks, norms and
trust; the sum of resources, actual and
virtual, that accrue to an individual or a group
by virtue of possessing a durable network;
and/or less institutionalised relationships of
mutual acquaintance and recognition.
Vulnerability: Reflects the extent to which
a system (or community) reacts adversely
to a crisis or hazardous event. Vulnerability
denotes the likelihood of exposure and
sensitivity to livelihood shocks, thus
having an external component (the shocks
or stresses to which a household or
community are subjected), and an internal
component (the negative response of a
system or inadequate capacity to cope).
9. References
Adger, N. (2003) Social Capital, Collective Action, and Adaptation to Climate Change. Economic Geography,79,387–404.
Archer, E. R. M. (2003) Identifying Underserved End-User Groups in the Provision of Climate Information. Bulletin of the American Meteorological Society,84,1525–1532.
Blanco, A. V. R. (2006) Local initiatives and adaptation to climate change. Disasters,30,140–147.
Boko, M., Niang, I., Nyong, A., Vogel, C., Githeko, A., Medany, M., Osman-Elasha, B., Tabo, R. & Yanda, P. (2007) Africa. In Parry, M. L., Canziani, O. F., Palutikof, J. P., van der Linden, P. J. & Hanson, C. E. (Eds.) Climate Change 2007: Impacts, Adaptation and Vulnerability to Climate Change. Contribution of Working Group II to the Fourth Assessment Report of the Intergovernmental Panel on Climate Change. Cambridge, Cambridge University Press.
Cowling, R. M., Pressey, R. L., Rouget, M. & A.T., L. (2002) A conservation plan for a global biodiversity hotspot — the Cape Floristic Region, South Africa. Biological Conservation,112,191–216.
Craig, M. H. & Sharp, B. L. (2000) Vulnerability and Adaptation Assessment. Health Section. Part One: Malaria. The South African Country Studies Report. National Malaria Research Programme, Medical Research Council.
Fairbanks, D. H. K. & Benn, G. A. (2000) Identifying regional landscapes for conservation planning: a case study from KwaZulu-Natal, South Africa. Landscape and Urban Planning50,237–257.
Grothmann, T. & Patt, A. (2005) Adaptive capacity and human cognition: The process of individual adaptation to climate change. Global Environmental Change Part A, 15, 199–213.
Matondo, J. I., Peter, G. & Msibi, K. M. (2005) Managing water under climate change for peace and prosperity in Swaziland. Physics & Chemistry of the Earth – Parts A/B/C,30,943–949.
Meinzen-Dick, R. & Di Gregorio, M. (2004) Collective Action and Property Rights for Sustainable Development. 2020 Focus 11. International Food Policy Research Institute.
Misselhorn, A. A. (2006) Food Insecurity in Southern Africa: Causes and emerging response options from evidence at regional, provincial and local scales: Unpublished Doctoral Thesis. University of the Witwatersrand, Johannesburg.
Misselhorn, A. A. (in prep.) Is a Focus on Social Capital Useful in Considering Food Security Interventions? Insights from KwaZulu-Natal. In preparation for resubmission to Development Southern Africa.
Mortimore, M. & Manvell, A. (2006) Climate change: enhancing adaptive capacity. NRSP Brief. Based on NRSP Project R8496 Synthesis of RNRRS knowledge on adaptive capacity to climate change. Natural Resources Systems Programme, Department for International Development.
Mukheibir, P. & Sparks, D. (2003) Water resource management and climate change in South Africa: Visions, driving factors and sustainable development indicators: Report for Phase I of the Sustainable Development and Climate Change project. Energy and Development Research Centre, University of Cape Town.
Naess, L. O., Bang, G., Eriksen, S. & Vevatne, J. (2005) Institutional adaptation to climate change: Flood responses at the municipal level in Norway. Global Environmental Change Part A, 15, 125–138.
O’Brien, G., O’Keefe, P., Rose, J. & Wisner, B. (2006) Climate change and disaster management. Disasters, 30, 64 80.
24 2524
8. Glossary
Hannah, L., Midgley, G. F. & Millar, D. (2002) Climate change-integrated conservation strategies. Global Ecology & Biogeography, 11, 485.
IISD (2007) Early Lessons from Implementation of Climate Change Adaptation Projects in South-Eastern Africa. Regional Workshop in Maputo, Mozambique, April 24 and 25, 2007, International Institute for Sustainable Development.
Jarvis, A., Fisher, M., P., J., Cook, S. & Guarino, L. (2006) Agriculture, Risk and Climate Change. http://www.cgiar.org/pdf/2006_Jarvis%20and%20others-Ag_Risk_ClimateChange_2006_FINAL.pdf, Consultative Group in International Agricultural Research.
Kelkar, U. (2005) The palimpsest of adaptation research: an overview of concepts and frameworks. Discussion paper under the World Bank project Addressing vulnerability to climate variability and change through assessment of adaptation issues and options, on the occasion of the 11th Conference of Parties to the United Nations Framework Convention on Climate Change, 28 November – 9 December 2005, Montreal, Canada. Centre for Global Environment Research, T E R I.
Kongo, V. M. & Jewitt, G. P. W. (2006) Preliminary investigation of catchment hydrology in response to agricultural water use innovations: A case study of the Potshini catchment, South Africa. Physics & Chemistry of the Earth – Parts A/B/C, 31,976–987.
Maluccio, J., Haddad, L. & May, J. (1999) Social Capital and Income Generation in South Africa, 1993-1997. International Food Policy Research Institute FCND Discussion Paper, 48.
25
9. References
8. Glossary of terms
Adaptation: Adaptation to climate change
describes the adjustment people make
to the things they do, the way they do
them, or to the organisational or physical
elements of their environment in response
to, or in anticipation of, a changing climate.
Adaptation is generally understood to
describe the strategies that are sustainable
in the long term.
Biodiversity: Describes the “natural
variety” of an environment, including the
habitat variety, the number of species,
the interactions between species, and the
genetic variation among individuals within
a species.
Climate change: In the context of this
report, this refers to changes in variability
and/or changes in the average state of
climatic conditions over time, caused by
human activities.
Climate change mitigation: Refers to
attempts to reduce and control greenhouse
gas emissions so that the impacts of human
activities on climate are reduced.
Climate variability: In the context of this
report, this refers to “natural” changes in
climate conditions over time, as opposed to
those that are caused by human activities.
This variability may occur from year to year
or in cycles over decades.
Coping strategies: A distinction is often
made between coping and adaptation
strategies. Coping strategies are
considered to be involuntary or forced
response to a shock, and may also
frequently involve a livelihood cost. For
example, the sale of assets is a commonly
used coping strategy in times of severe
stress. But in Africa such strategies have
been found to be slowly undermining the
asset bases of vulnerable households and
thus to be further compromising people’s
long-term resilience and food security.
Food security: The physical or economic
access of all people at all times to
sufficient, safe and nutritious food to meet
their dietary needs and food preferences
for an active and healthy life.
Human capital: The capability of individuals
residing in their knowledge, health and skills.
Hydrological cycle: The continuous
movement, as well as conservation, of
water throughout the earth’s system,
including rainfall, run-off, condensation,
evaporation from water surfaces, plant
transpiration, and infiltration into the soil.
Institutions: Organisations founded
formally or informally for a particular body
of work, as well as social rules, customs,
precedents or constant practices that
characterise society.
Livelihood diversification: This refers
to the process of people increasing their
variety of livelihood activities. For example
rural households may, in addition to
farming, make handcrafts to sell for income.
Livelihood strategies: The way people use
the resources available to them in pursuit
of livelihood goals. These may include
agricultural intensification or diversification,
livelihood diversification, or migration.
Malnutrition: Defined as deficiencies
and imbalances in either the macro- or
micro- nutrient dietary content, which may
lead to abnormalities and disease.
Natural capital: All goods and services
offered by the natural environment.
Physical capital: Human-made material
resources.
Social capital: Features of social
organisation such as networks, norms and
trust; the sum of resources, actual and
virtual, that accrue to an individual or a group
by virtue of possessing a durable network;
and/or less institutionalised relationships of
mutual acquaintance and recognition.
Vulnerability: Reflects the extent to which
a system (or community) reacts adversely
to a crisis or hazardous event. Vulnerability
denotes the likelihood of exposure and
sensitivity to livelihood shocks, thus
having an external component (the shocks
or stresses to which a household or
community are subjected), and an internal
component (the negative response of a
system or inadequate capacity to cope).
9. References
Adger, N. (2003) Social Capital, Collective Action, and Adaptation to Climate Change. Economic Geography,79,387–404.
Archer, E. R. M. (2003) Identifying Underserved End-User Groups in the Provision of Climate Information. Bulletin of the American Meteorological Society,84,1525–1532.
Blanco, A. V. R. (2006) Local initiatives and adaptation to climate change. Disasters,30,140–147.
Boko, M., Niang, I., Nyong, A., Vogel, C., Githeko, A., Medany, M., Osman-Elasha, B., Tabo, R. & Yanda, P. (2007) Africa. In Parry, M. L., Canziani, O. F., Palutikof, J. P., van der Linden, P. J. & Hanson, C. E. (Eds.) Climate Change 2007: Impacts, Adaptation and Vulnerability to Climate Change. Contribution of Working Group II to the Fourth Assessment Report of the Intergovernmental Panel on Climate Change. Cambridge, Cambridge University Press.
Cowling, R. M., Pressey, R. L., Rouget, M. & A.T., L. (2002) A conservation plan for a global biodiversity hotspot — the Cape Floristic Region, South Africa. Biological Conservation,112,191–216.
Craig, M. H. & Sharp, B. L. (2000) Vulnerability and Adaptation Assessment. Health Section. Part One: Malaria. The South African Country Studies Report. National Malaria Research Programme, Medical Research Council.
Fairbanks, D. H. K. & Benn, G. A. (2000) Identifying regional landscapes for conservation planning: a case study from KwaZulu-Natal, South Africa. Landscape and Urban Planning50,237–257.
Grothmann, T. & Patt, A. (2005) Adaptive capacity and human cognition: The process of individual adaptation to climate change. Global Environmental Change Part A, 15, 199–213.
Matondo, J. I., Peter, G. & Msibi, K. M. (2005) Managing water under climate change for peace and prosperity in Swaziland. Physics & Chemistry of the Earth – Parts A/B/C,30,943–949.
Meinzen-Dick, R. & Di Gregorio, M. (2004) Collective Action and Property Rights for Sustainable Development. 2020 Focus 11. International Food Policy Research Institute.
Misselhorn, A. A. (2006) Food Insecurity in Southern Africa: Causes and emerging response options from evidence at regional, provincial and local scales: Unpublished Doctoral Thesis. University of the Witwatersrand, Johannesburg.
Misselhorn, A. A. (in prep.) Is a Focus on Social Capital Useful in Considering Food Security Interventions? Insights from KwaZulu-Natal. In preparation for resubmission to Development Southern Africa.
Mortimore, M. & Manvell, A. (2006) Climate change: enhancing adaptive capacity. NRSP Brief. Based on NRSP Project R8496 Synthesis of RNRRS knowledge on adaptive capacity to climate change. Natural Resources Systems Programme, Department for International Development.
Mukheibir, P. & Sparks, D. (2003) Water resource management and climate change in South Africa: Visions, driving factors and sustainable development indicators: Report for Phase I of the Sustainable Development and Climate Change project. Energy and Development Research Centre, University of Cape Town.
Naess, L. O., Bang, G., Eriksen, S. & Vevatne, J. (2005) Institutional adaptation to climate change: Flood responses at the municipal level in Norway. Global Environmental Change Part A, 15, 125–138.
O’Brien, G., O’Keefe, P., Rose, J. & Wisner, B. (2006) Climate change and disaster management. Disasters, 30, 64 80.
2626
9. References
26
Oxfam Australia
132 Leicester Street,
Carlton, Victoria, Australia 3053
Telephone +61 3 9289 9444
www.oxfam.org.au
ABN 18 055 208 636
For more information on Oxfam Australia’s
work in South Africa visit Oxfam KIC at
http://hivaids.oxfamkic.org and click
on the “Communities: Oxfam in
South Africa” link.
2726
Right: Gugu Khumalo holds some of the fruits of her labour. Women want to learn how to adapt to the changes in climate in the longer term. Now they are simply trying to deal with the prolonged drought as best they can, doing what they have always done but on a reduced scale. They make their gardens smaller, grow different types of crops and walk further to collect water — short-term coping mechanisms, not long-term solutions.Photo: Matthew Willman/OxfamAUS.
Back cover: Sibambisene – working on food security for the local community.Photo: Matthew Willman/Oxfam.
Reid, P. & Vogel, C. (2006) Living and responding to multiple stressors in South Africa––GlimpsesfromKwaZulu-Natal.Global Environmental Change, 16, 195–206.
Schipper, E. L. F. (2007) Climate Change Adaptation and Development: Exploring the Linkages. Tyndall Centre Working Paper No.107. Norwich, Tyndall Centre for Climate Change Research.
Schulze, R. E. (2005) Chapter Twenty-Seven: Adapting to Climate Change in the Water Resources Sector in South Africa. In Schulze, R. E. (Ed.) Climate Change and Water Resources in Southern Africa: Studies on Scenarios, Impacts, Vulnerabilities and Adaptation. Pretoria, Water Research Commission.
Soini, E. (2005) Land use change patterns and livelihood dynamics on the slopes of Mt. Kilimanjaro, Tanzania. Agricultural Systems,85,306–323.
Sterrett, C. (2007) Where has all the water gone? Understanding climate change from a community perspective Northern KwaZulu-Natal, South Africa. Oxfam Australia.
UNDP (2004) Adaptation Policy Frameworks for Climate Change: Developing Strategies, Policies and Measures, Cambridge University Press.
Vincent, K. (2007) Gendered vulnerability to climate change in Limpopo Province, South Africa. Unpublished Doctoral Thesis. Tyndall Centre for Climate Change Research School of Environmental Sciences. University of East Anglia.
Ziervogel, G., Taylor, A., Thomalla, F., Takama, T. & Quinn, C. (2006) Adapting to climate, water and health stresses: insights from Sekhukhune, South Africa. For the Poverty and Vulnerability Programme, Stockholm Environment Institute.
Contact details
NAMIBIA
UpingtonKimberley
Mafikeng
Klerksdorp
Polokwane
Pretoria
Johannesburg
Nelspruit
Hoedspruit
Bloemfontein
Umtata
Cape TownMossel Bay
Port Elizabeth
East London
Durban
Pietermaritzburg
Hluhluwe
BOTSWANA
LESOTHO
SWAZILAND
ZIMBABWE
NORTHERN CAPE
WESTERN CAPE
EASTERN CAPE
FREE STATE
NORTH WEST GAUTENG
MPUMALANGA
KWAZULUNATAL
INDIANOCEAN
ATLANTICOCEAN
LIMPOPO
2626
9. References
26
Oxfam Australia
132 Leicester Street,
Carlton, Victoria, Australia 3053
Telephone +61 3 9289 9444
www.oxfam.org.au
ABN 18 055 208 636
For more information on Oxfam Australia’s
work in South Africa visit Oxfam KIC at
http://hivaids.oxfamkic.org and click
on the “Communities: Oxfam in
South Africa” link.
2726
Right: Gugu Khumalo holds some of the fruits of her labour. Women want to learn how to adapt to the changes in climate in the longer term. Now they are simply trying to deal with the prolonged drought as best they can, doing what they have always done but on a reduced scale. They make their gardens smaller, grow different types of crops and walk further to collect water — short-term coping mechanisms, not long-term solutions.Photo: Matthew Willman/OxfamAUS.
Back cover: Sibambisene – working on food security for the local community.Photo: Matthew Willman/Oxfam.
Reid, P. & Vogel, C. (2006) Living and responding to multiple stressors in South Africa––GlimpsesfromKwaZulu-Natal.Global Environmental Change, 16, 195–206.
Schipper, E. L. F. (2007) Climate Change Adaptation and Development: Exploring the Linkages. Tyndall Centre Working Paper No.107. Norwich, Tyndall Centre for Climate Change Research.
Schulze, R. E. (2005) Chapter Twenty-Seven: Adapting to Climate Change in the Water Resources Sector in South Africa. In Schulze, R. E. (Ed.) Climate Change and Water Resources in Southern Africa: Studies on Scenarios, Impacts, Vulnerabilities and Adaptation. Pretoria, Water Research Commission.
Soini, E. (2005) Land use change patterns and livelihood dynamics on the slopes of Mt. Kilimanjaro, Tanzania. Agricultural Systems,85,306–323.
Sterrett, C. (2007) Where has all the water gone? Understanding climate change from a community perspective Northern KwaZulu-Natal, South Africa. Oxfam Australia.
UNDP (2004) Adaptation Policy Frameworks for Climate Change: Developing Strategies, Policies and Measures, Cambridge University Press.
Vincent, K. (2007) Gendered vulnerability to climate change in Limpopo Province, South Africa. Unpublished Doctoral Thesis. Tyndall Centre for Climate Change Research School of Environmental Sciences. University of East Anglia.
Ziervogel, G., Taylor, A., Thomalla, F., Takama, T. & Quinn, C. (2006) Adapting to climate, water and health stresses: insights from Sekhukhune, South Africa. For the Poverty and Vulnerability Programme, Stockholm Environment Institute.
Contact details
NAMIBIA
UpingtonKimberley
Mafikeng
Klerksdorp
Polokwane
Pretoria
Johannesburg
Nelspruit
Hoedspruit
Bloemfontein
Umtata
Cape TownMossel Bay
Port Elizabeth
East London
Durban
Pietermaritzburg
Hluhluwe
BOTSWANA
LESOTHO
SWAZILAND
ZIMBABWE
NORTHERN CAPE
WESTERN CAPE
EASTERN CAPE
FREE STATE
NORTH WEST GAUTENG
MPUMALANGA
KWAZULUNATAL
INDIANOCEAN
ATLANTICOCEAN
LIMPOPO
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