Report to the 53 nd Meeting of the GEF Council Red Fox moving North - - PowerPoint PPT Presentation

report to the 53 nd meeting of the gef council red fox
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Report to the 53 nd Meeting of the GEF Council Red Fox moving North - - PowerPoint PPT Presentation

Report to the 53 nd Meeting of the GEF Council Red Fox moving North into the range of the Arctic Fox STAP Panel Members Thomas Lovejoy Michael Stocking Rosina Bierbaum Senior Advisor to Chair Senior Advisor to Chair Chair, USA Ferenc Toth


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Report to the 53nd Meeting of the GEF Council

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Red Fox moving North into the range of the Arctic Fox

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STAP Panel Members

Ferenc Toth Climate Change Adaptation Hungary Brian Child Biodiversity South Africa Ricardo Barra Chemicals & Waste Chile Annette Cowie Land Degradation Australia Rosina Bierbaum Chair, USA Thomas Lovejoy Senior Advisor to Chair Ralph Sims Climate Change Mitigation New Zealand Michael Stocking Senior Advisor to Chair Blake Ratner International Waters USA

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Presentation Outline

Integration Other STAP Assembly Papers Assembly Papers: Circular Economy - Food, and Plastics Work Program Screening

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Presentation Outline

Integration Other STAP Assembly Papers Assembly Papers: Circular Economy - Food, and Plastics Work Program Screening

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Integration in the GEF

  • 1992: GEF established to support biodiversity, climate

change, and desertification conventions

  • 2000: OP 12 combined LD, BD, IW and CC
  • 2002: multifocal area portfolio initiated
  • 2014: Integrated Approach Pilot programs
  • 2015: SDGs
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Top 5 2017 Global Risks in Terms of Impact

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Benefits of System Integration

  • Understanding complexity
  • Addressing multiple issues simultaneously
  • Assessing feasibility of multiple goals
  • Identifying policies and strategies
  • Maximizing gains and minimizing costs

Source: : https://www.thegef.org/council-meeting-documents/draft-stap-working-paper-why-scientific-community-moving-toward

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OPS6: Examples of focal area integration

  • Mainstreaming biodiversity associated with better
  • utcomes & evaluations better ratings
  • International waters - a catalyst for integration

emphasizing learning & knowledge

  • Land degradation delivers GEBs in multiple FAs,

and socio-economic benefits

Source: http://www.gefieo.org/evaluations/ops6-gef-changing-environmental-finance-landscape

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Essential characteristics of good MFA projects

  • The project objective would not be achievable by addressing a

single focal area.

  • There are linkages and drivers of environmental degradation

common to several focal areas.

  • Integration maximizes global environmental benefits and

minimizes trade-offs.

  • A theory of change allows robust monitoring and assessment of
  • utputs and specific indicators.

Source: https://www.thegef.org/council-meeting-documents/draft-stap-working-paper-why-scientific-community-moving-toward

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The GEF has two unique assets

  • 1. Scale
  • 2. Access to Governments

Credits: NASA

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Integration: IAPs

Good Growth Partnership: Cultivating Sustainability in the Global Supply Chain Sustainable Cities – Harnessing Local Action for Global Commons Fostering Sustainability and Resilience for Food Security in Sub-Saharan Africa

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6 key elements for successful integration

  • 1. Apply systems thinking
  • 2. Articulate a theory of change
  • 3. Engage stakeholders
  • 4. Assess resilience
  • 5. Devise adaptive implementation pathways
  • 6. Develop good quality KM and learning

Source: : https://www.thegef.org/council-meeting-documents/draft-stap-working-paper-why-scientific-community-moving-toward

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Presentation Outline

Integration Other STAP Assembly Papers Assembly Papers: Circular Economy - Food, and Plastics Work Program Screening

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Circular Economy

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Agricultu lture and livest vestock ck produ

  • duct

ction

  • n

Food

  • d processin
  • cessing,

g, markets and retail ils Consumpt mption

  • n

Food

  • d Waste

Fossil sil fuels ls Chemic emical l fertil ilizer zer Nutri rients are lost st to landfills, lls, rivers vers, lakes, es, ocea eans, s, incinera rators rs Soil il nutrie ients Fresh shwa water

Agri-food Systems

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What is the issue?

  • 1/3 of total end-use energy
  • 1/4 of total GHG emissions
  • 2/3 of terrestrial biodiversity loss
  • 1/3 of land degradation
  • depletion of 2/3 of commercial fish stocks
  • over-exploitation of 1/5 of the world’s aquifers
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Agri-food Systems – more sustainable

Agricultu lture and livest vestock ck produ

  • duct

ctio ion Food

  • d processin
  • cessing,

g, markets and retail ils Consumpt mption

  • n

Food

  • d Waste

Renewa wable e Energy

Sustain inabl ble e fertil ilizer zer use Soil il nutrie ients Fresh shwa water

Animal feeds, bio-soli solids, s, orga ganic ic residues, es, compos post, t, recov

  • very

ery of phos

  • sph

phor

  • rus

s & minerals

Nutrie ients are lost st to landfill lls, s, river vers, lakes, es, ocea eans, s, incinera inerator

  • rs
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What is the solution?

  • Closing the nutrient cycle
  • Reducing competition for productive land
  • Reducing chemical fertilizers
  • Reducing freshwater use
  • Maintaining sustainable agro-ecological systems
  • Deploying low-carbon energy, waste for energy
  • Producing food within the urban landscape
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Presentation Outline

Integration Other STAP Assembly Papers Assembly Papers: Circular Economy - Food, and Plastics ics Work Program Screening

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Plastics

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What is the issue?

  • Plastic production increased 20x 1964 -2015
  • Expected to double in 20 yrs; quadruple 2050
  • Some contain toxic chemicals (POPs)
  • Stay in environment for up to 500 yrs
  • End up in the food chain
  • Projected to use 20% of oil by 2050

Source: World Economic Forum: http://www3.weforum.org/docs/WEF_The_New_Plastics_Economy.pdf

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What is the issue?

  • Plastic production increased 20x 1964 -2015
  • Expected to double in 20 yrs; quadruple 2050
  • Some contain toxic chemicals (POPs)
  • Stay in environment for up to 500 yrs
  • End up in the food chain
  • Projected to use 1/5 of oil by 2050
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Photo credit: Justin Hofman

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What is the solution?

Design for longevity, reusability, waste prevention

– Encourage production from biodegradable materials – Use waste as a resource – Recover for reintroduction back to the economy – Provide incentives for recycling and reuse – Support innovative research – Create a supportive policy environment

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Presentation Outline

Integration Other STAP Assembly Papers Assembly Papers: Circular Economy - Food, and Plastics Work Program Screening

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2018 STAP Assembly Papers

Five other papers for GEF Assembly:

  • 1. Environmental Security
  • 2. Novel Entities
  • 3. Innovation
  • 4. Local Commons/Global Benefits
  • 5. Key interactions between MEAs and SDGs
  • 6. Science of integrated approaches
  • 7. Knowledge Management
  • 8. Circular Economy: Food and Plastics
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Observations on the GEF Work Program

Ratin ing

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Observations from Work Program

  • 82 projects screened representing about $500m.
  • 6 majors (7%), slightly lower % than usual.
  • Good
  • d projec

jects ts: clearly described, with a good theory

  • f change; demonstrate strong understanding of the

social-ecological system; build on strong baselines; well-designed interventions; engage all stakeholders; and capture learning.

  • Some proj
  • ject

cts s would ld benefit it fr from: a clearer logic; assumptions substantiated; clearly defined strategies to address key drivers; resilience and adaptive management.

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Questions?