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Four Returns A business model for ecosystem restoration
August 2014
Willem Ferwerda, Director & Founder, Commonland Foundation
Special Advisor Business & Ecosystems, IUCN Commission on Ecosystem Management Executive Fellow Business & Ecosystems, Rotterdam School of Management
Queste
“What is needed to involve business in
scaling up the restoration of ecosystems?”
Contents
What: introduction
Why: obstacles and opportunities of the private sector to participate
How: four returns; integrating purpose in a business model
Execute: from ‘restoration ready’ to ‘investment ready’
‘Nature as Usual’ Functional ecosystems that provide the vital ecosystems services for mankind, are decreasing.
El Salvador Netherlands
• Optimization connectivity between species, creates food, water, carbon, oxygen, security
• Diversity and Connectivity
• Health, pure
• Meaningfulness, beauty and reflection
China
Borneo China
‘Business as Usual’ It leads to degradation of ecosystems and biodiversity loss world wide. This is creating a threat to human well-being, the global economy, trade and society. Causing a loss of self reflection and purpose.
• Maximization of Return on Investment per hectare creates deserts and biodiversity loss
• Deforestation
• Top soil loss, overgrazing, unsustainable agriculture
• Unemployment, migration, security
SOURCES: World Resources Institute, Global Partnership on Forest and Landscape Restoration, The Economics of Biodiversity and Ecosystems (TEEB), UNCCD (2012)
The Bonn Challenge (2011) and UN Millennium Ecosystems Assessment (2005)
Degraded forest ecosystems
Deforested land
Other ecosystems incl. degraded grasslands and man-made deserts
15-23% of the land is degraded by human activity
• More land was converted to cropland in the 30 years after 1950 than between 1700 and 1850
• 2 billion ha = size of the USA & China • Annual Economic = USD 21-71 trillion/yr (in 2012, the
Gross World Product: appr. US$84.97 trillion
• Private Sector is not involved
Urgent need for restoration of degraded ecosystems Protecting natural areas is not enough. Companies and investors should actively participate in conserving and restoring ecosystems, in order to sustain its own future and have a purpose.
SOURCES: Research Programme 6 on Forest, Trees and Forestr. CIFOR, CGIAR World Resources Institute, Global Partnership on Forest and Landscape Restoration,
The Economics of Biodiversity and Ecosystems (TEEB), UNCCD (2012), The Bonn Challenge (2011)
• We can massively restore ecosystems: the technology exists, the science is available, the financial resources are available
• What is lacking is will, purpose and persistence
Contents
What: introduction
Why: obstacles and opportunities of the private sector to participate
How: four returns; integrating purpose in a business model
Execute: from ‘restoration ready’ to ‘investment ready’
Finance, Technology and Science seek purpose …but lack ecology
• Since 1960, supply growth came from yield improvement. This is now plateauing
• Grain demand increased 2.2% per year. It is projected to grow 35% by 2030. Claims for biofuels, urban development
• Crop prices came down 0.7% per year in 1960-2000. Prices increased 120% in 2000-2013. Cost for water, fertilizer, energy will increase
SOURCE: McKinsey: Resource Revolution: Tracking global commodity markets. Sept. 2013
“Conclusion McKinsey:
Adding land, in the order of 100 mln+ is needed and has historically happened. Agro that doesn't require energy and water will be advantaged. Access to capacity in slow growing fruit trees (agro-forestry) can be attractive in long boom-bust cycles”
Obstacles to involve business in ecosystem restoration
SOURCE: Willem Ferwerda: Nature Resilience: ecological restoration by partners in business for next generations. RSM, IUCN CEM (2012); McKinsey team analyses (2012), Commonland Foundation (2014)
Opportunities to address it
1 Lack of long term thinking Time frame needs to expand from 2-3 years to 20+ years
2 Economic value of ecosystems is poorly understood and externalities not accounted for
3 Local communities continue pattern of behaviors, which are unknowingly detrimental
4 Solutions are often presented overly complex while simple proven tools and techniques exist
5 Silo thinking approach Many stakeholders working in isolation projects; well intentioned but not additive.
Show that it works in existing scalable projects
Focus on Income, Jobs and Education
Use a Language that everyone understands…and film it!
Holistic (Systemic) thinking approach We need people with an internal approach of connectivity or purpose.
Focus on family companies and pension funds (patient capital, long term)
Social Foundation
SOURCE: Kate Raworth. A Safe and Just Space for Humanity, Oxfam Discussion Papers, 2012
Environmental Ceiling
SOURCE: Rockstrom,. J et all. The Planetary Bounderies. Ecology & Society 14, 32 (2009); Kate Raworth. A Safe and Just Space for Humanity, Oxfam Discussion Papers (2012)
Rethinking sustainability: ecosystems
Gross World Product
(2008): $ 78,36 trillion
Expenses Biodiversity
(2008): $ 21.5 billion
SOURCE: Willem Ferwerda: Nature Resilience Team Analysis, McKinsey Commonland, RSM, IUCN CEM , GPFRL, ELD (2012), Anthony Waldrona et all: Targeting global conservation funding to limit immediate biodiversity declines. www.pnas.org (2013)
Understanding purpose: a systemic approach
Active involvement in ecosystem restoration results in a process of understanding our inner purpose
SOURCE: UNEP / NASA
Contents
What: introduction
Why: obstacles and opportunities of the private sector to participate
How: four returns; integrating purpose in a business model
Execute: from ‘restoration ready’ to ‘investment ready’
Degradation of ecosystems leads to Four Losses
Ecosystem Functions
Ecosystem Disfunctions
Four Losses
• Meaningfulness
• Social & Jobs
• Biodiversity
• Economic
Forest Grassland
SOURCE: Nature Resilience: ecological restoration by partners in business for next generations. RSM, IUCN CEM (2012); Commonland Foundation (2014)
Restoration should be based on optimization of Four Returns per hectare
Inspirational capital: awareness, purpose, beauty, meaningfulness, worship
Social capital: employment, social cohesion and security
Natural capital: fertile soil, hydrology, biodiversity, biomass & carbon Financial capital increase of productivity based on ecology science
SOURCE: Nature Resilience: ecological restoration by partners in business for next generations. RSM, IUCN CEM (2012); Commonland Foundation (2014)
Return of Inspirational Capital
Different Entities Values measured
• Meaningfulness, purpose / holistic awareness, Gross National Happiness, need to re-sacralize nature; Theory U
• Local culture wisdom & outreach
• Landscape leaders, commitment to local ownership, less corruption
• Understanding meaning of long term commitment of companies, investors
• Time for inner reflection, worship, rest and think: happy energy
• % of stakeholder group / yr / ha: # local cultural & social & religion events # belief systems; # nature recreation; local landscape awareness and leadership
• % of stakeholder group /yr / ha; • % of stakeholder group / yr / ha committed; %
-/- corruption benchmark;
• % responding to long term commitment; Natural Leadership; % of > # years commitment, investment
• % of free time or community time; volunteering; social cohesion
Four Returns Values per hectare (I)
SOURCE: Nature Resilience: ecological restoration by partners in business for next generations. RSM, IUCN CEM (2012); McKinsey team analyses (2012), Commonland Foundation (2014)
Return of Social Capital
Different Entities Values measured
• Jobs
• Security
• Local social cohesion
• Education & Social Services
• # of new jobs / project / municipality - ha
• # various savings yr / project
• # of social ventures / yr / project
• # schools, trainings, services / project
Four Returns Values per hectare (II)
SOURCE: Nature Resilience: ecological restoration by partners in business for next generations. RSM, IUCN CEM (2012); McKinsey team analyses (2012), Commonland Foundation (2014)
Four Returns Values per hectare (III)
Return of Natural Capital
Different Entities Values measured
• Biodiversity
• Invasive species
• Vegetation cover
• Top soil
• Water
• # of (native) species / yr / ha
• % decrease / yr / ha
• % coverage / yr / ha; % cloud formation
• mm layer / yr / ha; % micro-organisms; % Carbon / ha
• % humidity; # stream flow (m3 / yr / ha)
SOURCE: Nature Resilience: ecological restoration by partners in business for next generations. RSM, IUCN CEM (2012); McKinsey team analyses (2012), Commonland Foundation (2014)
Four Returns Values per hectare (IV)
Return of Financial Capital
Different Entities Values measured
• Agriculture, Carbon, Timber
• Leisure, hunting, bush harvesting
• Real estate & other incomes
• Water
• Decrease erosion
• Increase topsoil
• Communication, marketing, subsidies
• Yield / yr / ha
• Yield / yr / ha
• Value / yr / ha
• Production m3 / yr
• Decrease costs versus loss
• Increase versus costs chemicals / ha / yr
• # clients, value per activity
SOURCE: Nature Resilience: ecological restoration by partners in business for next generations. RSM, IUCN CEM (2012); McKinsey team analyses (2012), Commonland Foundation (2014)
In every project, we define three landscaping zones
NATURE
(biodiversity)
ECO AGRO MIX
(agro forestry, water, soil)
ECONOMIC
(agriculture, real estate)
Restored biodiversity, soil for ecosystem services, carbon,
forest products, leisure and
hunting
Partially restored biodiversity, soil by agroforestry, fruit trees,
water, leisure and carbon
Productive zones for agriculture, dedicated zones for
housing and infrastructure
SOURCE: Nature Resilience: ecological restoration by partners in business for next generations. RSM, IUCN CEM (2012); McKinsey team analyses (2012), Commonland Foundation (2014)
Per project, the distribution per zone varies (Spain)
Nature
Economic
SOURCE: Farmland, near forest reserve, Soria, Spain. Photo: W Ferwerda. (2014)
Per project, the distribution per zone varies (S Africa)
Nature
Eco Agro Mix
Economic
SOURCE: Living Lands, Baviaanskloof, South Africa. Photo: W. Ferwerda (2014)
Per project, the distribution per zone varies (China)
Nature
Eco Agro Mix
Economic
SOURCE: Loess Plateau (China): Gao Xing Zhuang Village regreened (2009). Photo: Kosima Liu
Per project, the distribution per zone varies (Argentina)
Nature
Eco Agro Mix
Economic
SOURCE: Laguna Blanca, restoration project Tompkins Conservation, Argentina. (2012). Photo: Astrid Vargas
Business model for Ecosystem Restoration
Optimizations of Four Returns: generated from 3 zones: ecological, eco agro mix and economic zones
10 15 20
Years
Restoration investment (Grants, Loans,
Equity)
Return
5
First returns go to local stakeholders is key to success
Indicators for investment: - Political stability - High percentage of degradation (low value) - Low percentage of land tenure issues
Within 20 years ecosystem functions are sufficiently restored to recover ecosystems services and provide multi economic benefits for investors and local people.
SOURCE: Nature Resilience: ecological restoration by partners in business for next generations. RSM, IUCN CEM (2012); McKinsey team analyses (2012), Commonland Foundation (2014)
Contents
What: introduction
Why: obstacles and opportunities of the private sector to participate
How: four returns; integrating purpose in a business model
Execute: from ‘restoration ready’ to ‘investment ready’ (ERF)
- Tools exists - Select existing projects - Project Development - Investment - Connect to expert network - Next steps
Alluvial fan, Baviaanskloof (South Africa)
SOURCE: Baviaanskloof – South Africa. Photo: Living Lands
Alluvial fan, Baviaanskloof (South Africa) after 4 yrs
C
CO‐INITIATING
crea.ng common intent
C0‐SE
SOURCE: Baviaanskloof – South Africa. Photo: Living Lands
Waterboxx – Life Land Box Permaculture
Waterworks Holistic Livestock Management
Dune stabilization Reclamation of mining sites
Many proven technologies exist
SOURCE: Nature Resilience: ecological restoration by partners in business for next generations. RSM, IUCN CEM (2012), Desire WUR, GPFLR (FAO, WRI, IUCN, WUR), Wetlands International, Savory Institute, RWE AG.
SOURCE: El Salvador – La Cinquera. Photo: W. Ferwerda.
This tree grew 130 cm in 6 months …
!
• Waterboxx
• Ecuador
• Gmelina tree
… and 350 cm in 10 months
SOURCE: Aquapro - Ecuador
Identify and select promising
landscapes
Design Identify &
select Feasibility Implement
Scale up / replicate
Maintain
Design a four returns landscape with local
stakeholders
Technical and commercial
feasibility + testing
Commercial development
Scaling up / replicate
Day to day management
Select projects from “restoration ready” to “investment ready”
Selection stage: key challenges
Design Identify &
select Feasibility Implement
Scale up / replicate
Maintain
• How to find the right projects
• How to determine if a landscape initiative is promising
• How to secure that people want to work with us
Finding the projects
Entry points:
• Existing restoration projects; Integrated landscape projects; Eco-agriculture initiatives;
Rural development projects
• Sponsors (companies / government)
• Government
Search:
• Ad-hoc, based on existing network of CL partners (2013)
• Tapping new networks
(2014)
Next:
• Structured search for initiatives, organizations and landscapes based on
NGO / public databases (2014)
Design Identify &
select Feasibility Implement
Scale up / replicate
Maintain
Quickscan: does a landscape qualify?
Can we maximize the 4 Returns? Financial, Social, Natural, Inspirational; Scale
1
Are external factors favorable? Political, Economic, Social, Technical and Legal factors Are projects / landscapes
favorable? Promising existing initiatives. Availability and quality of ‘Landscape entrepreneurs’, Land use decision makers in favor of restoration; Land Tenure etc.
2
Support needs Ability to deliver
3
Design Identify &
select Feasibility Implement
Scale up / replicate
Maintain
4 4
3
3
4
4 2
2 2
2
3
3
3
4
0 0,5 1
1,5 2
2,5 3
3,5 4
Exis.ng successful project
Poli.cal Stability
Restora.on awareness
fit within policy
Ins.tu.onal quality
commitment
Tax/financial incen.ves
local entrepeneurship
fund availability
business network
local developer availability
local awareness
land tenure
Stakeholder involvement
Soria, Spain
4
3
3
2
3
3
3
2 2 3
2
3
4 3
0 0,5 1
1,5 2
2,5 3
3,5 4
Exis.ng successful project
Poli.cal Stability
Restora.on awareness
fit within policy
Ins.tu.onal quality
commitment
Tax/financial incen.ves
local entrepeneurship
fund availability
business network
local developer availability
local awareness
land tenure
Stakeholder involvement
Baviaanskloof, South Africa
Multicriteria assessment tool developed
Design Identify &
select Feasibility Implement
Scale up / replicate
Maintain
Design stage: key challenges
Design Identify &
select
• All stakeholders should be on board
• Very good landscape design with sustainable economic activities (4R/3Z)
• Decision makers need to be convinced to implement the design (incentives?)
• Financial: the project implementation costs need to be covered for a long period (willing buyers, developers, investors)
Feasibility Implement Scale up / replicate
Maintain
Theory U offers a set of principles and practices for collectively creating the future that wants to emerge (following the movements of co-initiating, co-sensing, co-inspiring, co-creating, and co-evolving).
• People-centered: local people themselves actively participate throughout the project cycle and are based on land use and tenure
• Systemic: acknowledge that people adopt many strategies to secure their livelihoods, and that many actors are involved
• Dynamic: understand the dynamic nature of livelihoods and what influences them.
• Build on strengths of people and opportunities rather than focusing on their problems and needs
• Promote micro-macro links: examines the influence of policies and institutions on livelihood options and highlights the need for policies to be informed by insights from the local level and by the priorities of the poor
• Encourage broad partnerships broad partnerships drawing on both the public and private sectors
Stakeholder approach Making local people benefit and participate
SOURCE: Sustainable Livelihood Approach of the UN International Fund for Agricultural Development (IFAD) www.ifad.org Systemic approach based on the Theory U of Otto Scharmer, MIT, Harvard: www.presencing.com
Design Identify &
select Feasibility Implement
Scale up / replicate
Maintain
Long term commitment and awareness stakeholders Theory U
SOURCE: approach based on the Theory U of Otto Scharmer, MIT, Harvard: www.presencing.com
‐2.000.000
‐1.500.000
‐1.000.000
‐500.000
0
500.000
1.000.000
1.500.000
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21
NPV of different investment op2ons for average farmer
Pasture sustainable
Olives w/ drip irriga.on
Ecotourism
Game
Carbon
Wetland restora.on
Restora.on non‐carbon
land
Most attractive investment opportunities seem to be game farming and ecotourism, but they have a payback time of 6-7 years
Highly preliminary – based on assumptions! Actual data needs to be gathered from farmers
Olives and sustainable cattle farming are slightly NPV positive and can generate a stable cash flow
Investing in restoration of degraded land is unlikely to be NPV positive and will need government subsidies; even if carbon
credits can be sold
Business case design (example)
Design
Identify & select
Feasibility Implement Scale up / replicate
Maintain
Feasilibility
• People
• Desk study
• Field visit
• Go / No go
Feasibility Identify &
select Implement
Scale up / replicate
Maintain Design
Location: Baviaanskloof Size: c200,000 ha Partners: Living Lands, companies in Port Elisabeth and authorities
Location: Madrid, Castilla-Leon, Andalucía Size: 3 areas to be identified: c10,000 ha In total 10m ha is degraded Partners: NGOs, government, Dutch Embassy, farmers and landowners
South Africa
Location: Otjiwarongo Size: c65,000 ha -> 10,000,000 ha Partners: Cheetah Conservation Foundation, ministry and company
Namibia
Poland
Spain
Location: West Sumatra Size: c19,000 ha Partners: local NGO, communities and ministry
Indonesia
Location: Java Size: c19,000 ha mangrove restoration Partners: Wetlands Int., communities and ministry
Indonesia
Location: Floreana (Galapagos) Size: 17,300 ha Partners: Charles Darwin Foundation and ministries, companies
Ecuador
Location: Tamil Nadu, Gundar river basin Size: 20,000 ha Partners: Dhan Foundation, Hivos and companies, local authority
India
Location: Wahab Size: 5,000 ha Partners: Sekem Company, Heliopolus University and local authority
Egypt
Location: Southern Poland Size: c5,000 ha, old mining pits Partners: RWE Poland, landowner, university.
Location: Bergrivier Size: tbd Partners: local NGO, communities and ministry, Dutch Embassy
South Africa
Creating a pipeline of projects
SOURCE: Commonland Foundation (2013)
Foundation
International endorsement and monitoring
Projects four returns
Commonland Foundation Selecting projects based on Four Returns
SOURCE: Commonland Foundation (2013)
Communication and training
Enterprise
Ecosystem Return Enterprise Business Development
SOURCE: Commonland Foundation (2013)
Foundation
International endorsement and monitoring
Projects four returns
Business development
Communication and training
Project execution
Asset management
Investment Fund Ecosystem Restoration
Companies
Commonland Investment Fund Funding restoration companies
SOURCE: Commonland Foundation (2013)
Enterprise Business development
Foundation
International endorsement and monitoring
Communication and training Projects four returns
Project execution
Asset management
ER Investment Fund Ecosystem Restoration
Companies
Four Returns: towards restoration companies Foundation – Business Developer - Investment Fund
SOURCE: Commonland Foundation (2013)
Business Developer Business development
Foundation
International endorsement and monitoring
Communication and training Projects four returns
International network
Private sector
NGOs and Universities
Governmental and multi-lateral organisations
• APG Asset Management
• McKinsey & Company
• FMO
• Baker & McKenzie
• Triodos Bank
• ASN Bank
• Camunico
• Groasis
• Egon Zehnder
• Eosta
• Form International
• Deltares
• Land Life Company
• IE Madrid (Spain)
• Enviu
• HIVOS (NL)
• World Land Trust (UK)
• IUCN Leaders for Nature
• Wetlands International
• ISRIC World Soil Information
• Nyenrode Business School (NL)
• Tropenbos International
• Massey University (New Zealand)
• Tompkins Conservation (US)
• Wageningen University (NL)
• Free University Amsterdam (NL)
• Charles Darwin Foundation (Ecuador)
• Global Footprint Network (US)
• TEMA (Turkey)
• Utrecht University
• IUCN Spain, IUCN China, IUCN NL
• Living Lands (South Africa)
• EEMP (China)
• Wildlife Trust of India
• UN Convention to Combat Desertification (UNCCD)
• UN Environmental Programme
(UNEP)
• Global Partnership on Forest &
Landscape Restoration
• IUCN Commission on Ecosystem Management
• Economics of Land Degradation (ELD)
• Bonn Challenge
• Dutch Government (ministry Economic Affairs,
ministry Infrastructure & Environment)
• Netherlands Institute for Ecology
(NIOO)
• Government of El Salvador
(ministry of Environment and Natural Resources, MARN))
SOURCE: Commonland Foundation (2013)
Advisory Council
Serdar Sarıgül
Jane Madgwick CEO, Wetlands International
K.H. Moon CEO, New Paradigm Institute and Hansoll Textile, South Korea
Pavan Sukhdev Fellow at Yale University TEEB, UNEP Goodwill Ambassador, UK/US
Robert Reibestein Former CEO, McKinsey & Company - Europe
Geoff Lawton Director, Permaculture Research Institute, Australia
Sam Bruynzeel Forest & Hydrology Expert Professor, Free University Amsterdam
Pita Verweij Landuse Expert Professor, Copernicus Institute Utrecht University
Luc Gnacadja Former Secretary-General UN Convention to Combat Desertification
John Burton CEO, World Land Trust
Meiny Prins
Pauline van der Meer Mohr
Mike Jansen
Director TEMA, Turkey
Partner, Baker & McKenzie
President Erasmus University Rotterdam
CEO, Privagroup Ltd, The Netherlands
Zambyn Batjargal Former Minister Environment Mongolia
Jesus Casas Grande Former Director General National Parks and Director Rural Areas of Spain
Herman Rosa Chavéz Minister Environment and Natural Resources El Salvador
Herman Wijffels Former CEO Rabobank, former Director Board World Bank
Cai Mantang Associate Professor / Deputy Director, Beijing Development Institute, Bejing University
China: 1995
Tragedy of the Commons
SOURCE: Green Gold (VPRO Tegenlicht) John D. Liu – EEMP / Commonland Foundation. 30 April 2012
China: 2009
Promise of the Commons
SOURCE: Green Gold (VPRO Tegenlicht) John D. Liu – EEMP / Commonland Foundation. 30 April 2012
Our Mission
Our mission is to create an investable large-scale landscape restoration industry – aligned with international guidelines and
policies – in close cooperation with experts and existing initiatives.
Further Reading Millennium Ecosystem Assessment ((2008) - www.maweb.org
The Economics of Ecosystem and Biodiversity (2008) - www.teebweb.org
Dead Planet, Living Planet (2010) – www.unep.org
Nature Resilience: ecological restoration by partners in business for next generations (2012) - www.rsm.nl
Red List of Ecosystems (2013) - www.iucnredlistofecosystems.org
Corporate Ecosystem Valuation (2012) – www.wbcsd.org
Contact
“We are drowning in information, while starving for wisdom. The world henceforth will be run by synthesizers, people able to put together the right information at the right time, think critically about it, and make important choices wisely…”
E.O. Wilson, Harvard
Commonland Foundation A: Barbara Strozzilaan 101 | 1083 HN Amsterdam | Netherlands E: [email protected] T: +31 20 8116603 W: www.commonland.com