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Building a practical toolkit for measuring ecosystem services
CambridgeConservationInitiative Building a practical toolkit for measuring ecosystem services Kelvin Peh Research associate Conservation Science Group
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A ‘Cambridge Conservation Initiative’ (CCI) Project
Building a practical toolkit for measuring ecosystem services A ‘Cambridge Conservation Initiative’ (CCI) Project University of Cambridge BirdLife Global Secretariat Anglia Ruskin University RSPB UNEP-WCMC CambridgeConservationInitiative
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Building a practical toolkit for measuring ecosystem services
Developing a toolkit for rapid ES assessment of sites which are important for conservation, relative to an alternative (converted) state CambridgeConservationInitiative
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Building a practical toolkit for measuring ecosystem services
Developing a toolkit for rapid ES assessment of sites which are important for conservation, relative to an alternative (converted) state Simple assessments of the gross values of a particular service is not useful Give policy-makers an idea of the net consequences of their decision Difference in the extent of the service(s) in its current state versus in a plausible alternative state. CambridgeConservationInitiative
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Who are our target users?
Building a practical toolkit for measuring ecosystem services Who are our target users? Site managers Developers/planners Conservationists/lobbyists Co-ordinators of site networks Site stakeholders etc. CambridgeConservationInitiative
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Building a practical toolkit for measuring ecosystem services
Key challenges Can we collect data which is meaningful at site level and which has broader power with policy-makers? Must be appropriate for use by non-experts including those in developing countries with minimal resources CambridgeConservationInitiative
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Key challenges Which services to measure?
Building a practical toolkit for measuring ecosystem services Key challenges Which services to measure? CambridgeConservationInitiative
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Project approach April 2010 – Start date May 2010 – Expert workshop
Building a practical toolkit for measuring ecosystem services Project approach April 2010 – Start date May 2010 – Expert workshop Expert workshop – develop draft methods for rapid ES assessment at sites CambridgeConservationInitiative
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Project approach Expert workshop – 29 experts
Building a practical toolkit for measuring ecosystem services Project approach Expert workshop – 29 experts Anglia Ruskin University Bird Conservation Nepal BirdLife International CEH Cranfield University Kings College of London RSPB UNEP-WCMC University College of London University of East Anglia University of Leeds CambridgeConservationInitiative
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Project approach Initial focus on: Climate change mitigation
Building a practical toolkit for measuring ecosystem services Project approach Initial focus on: Climate change mitigation Water services Use of wild goods Nature-based tourism Cultivated goods CambridgeConservationInitiative
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Building a practical toolkit for measuring ecosystem services
Project approach Fieldwork – pilot & develop methods at 3 case study sites Asia – Nepal Caribbean – Montserrat Europe - UK Site chosen – Pre-existence of at least partial ES assessments Represent an array of habit types CambridgeConservationInitiative
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Field site CambridgeConservationInitiative
Building a practical toolkit for measuring ecosystem services Field site Shivapuri-Nagarjun National Park, Nepal CambridgeConservationInitiative
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Centre Hills, Montserrat
Building a practical toolkit for measuring ecosystem services Field sites Shivapuri-Nagarjun National Park, Nepal Centre Hills, Montserrat CambridgeConservationInitiative
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Centre Hills, Montserrat
Building a practical toolkit for measuring ecosystem services Field sites Shivapuri-Nagarjun National Park, Nepal Centre Hills, Montserrat CambridgeConservationInitiative
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Project approach End product – User-oriented manual
Building a practical toolkit for measuring ecosystem services Project approach End product – User-oriented manual Provide simple, replicable guidelines on how to identify & collect simple data on important services CambridgeConservationInitiative
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Building a practical toolkit for measuring ecosystem services
Measuring and monitoring ecosystem services at the site scale: a practical toolkit CambridgeConservationInitiative
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CambridgeConservationInitiative
Building a practical toolkit for measuring ecosystem services Identify relevant habitats & estimate area Follow guidelines to obtain data for both states Cultivated goods Harvested wild goods Hydrological Climate change mitigation Tourism & recreation Decide how to analyse & present data Produce maps, tables, graphs & reports Introduction to ES Select relevant services for current and the alternative states Advocacy & awareness Decide on alternative land cover CambridgeConservationInitiative
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Section 1: Introduction
Building a practical toolkit for measuring ecosystem services Section 1: Introduction CambridgeConservationInitiative
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Section 1: Introduction
Building a practical toolkit for measuring ecosystem services Section 1: Introduction CambridgeConservationInitiative
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Section 2: Identifying relevant habitats and ES
Building a practical toolkit for measuring ecosystem services Section 2: Identifying relevant habitats and ES CambridgeConservationInitiative
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Section 2: Identifying relevant habitats and ESs
Building a practical toolkit for measuring ecosystem services Section 2: Identifying relevant habitats and ESs CambridgeConservationInitiative
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Ecosystem services Section 3: Climate change mitigation
Building a practical toolkit for measuring ecosystem services Ecosystem services Section 3: Climate change mitigation carbon (stock, sequestration, loss); carbon dioxide flux; methane flux; nitrous oxide flux Section 4: Water hillslope hydrological services; wetland hydrological services (flood protection, water provision/regulation, water quality improvement) Section 5: Harvested wild goods Section 6: Nature-based tourism Section 7: Cultivated goods CambridgeConservationInitiative
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Technique: Field measurement
Building a practical toolkit for measuring ecosystem services Technique: Field measurement CambridgeConservationInitiative
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Technique: Using look-up tables
Building a practical toolkit for measuring ecosystem services Technique: Using look-up tables CambridgeConservationInitiative
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Technique: Simple web-based modelling
Building a practical toolkit for measuring ecosystem services Technique: Simple web-based modelling CambridgeConservationInitiative
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Technique: Individual questionnaire
Building a practical toolkit for measuring ecosystem services Technique: Individual questionnaire Name of product Name/number of respondent Date Location/name of village Are the questions being answered per individual or household? Individual Household Quantity and value of product Total quantity collected from the site in last 12 months Unit Percentage for own use % Percentage sold/ bartered Average price obtained per unit* Gross value (a x e) Family labour Annual time taken by respondent and family members (unpaid) to harvest and process the product (state units – e.g. days) Daily wage rate that these family members could earn doing alternative work on days spent harvesting/processing Annual cost of family labour (g x h) Hired labour Annual input of hired labour for harvesting and processing (state units, e.g. days) Daily wage rate of hired labour Annual cost of hired labour (j x k) Other costs Annual cost of tools or material needed for harvesting and processing (purchase, repair, maintenance) Annual transport/marketing costs Total costs Total costs of harvesting, processing and marketing (i + l + m + n) Net income (f – o) * If the individual respondent does not sell the product they gather, but others do, then apply the average price recorded from other respondents. Reliability of respondent/other notes Wild Harvested Good – Individual/Household Questionnaire CambridgeConservationInitiative
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Results: Carbon storage (Shivapuri, Nepal)
Building a practical toolkit for measuring ecosystem services Results: Carbon storage (Shivapuri, Nepal) Total carbon storage in the Park is 2.9 million tonnes compared to 1.4 million tonnes in the alternative state Economic value of carbon based on social costs1 of $50 tC is $145.5 million ($74.2 million more than in alternative state) 1Tol (2010) The economic impact of climate change, Perspectiven der Wirtschaftspolitik 99(s1): 13-37 CambridgeConservationInitiative
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Results: Water provision (Shivapuri, Nepal)
Building a practical toolkit for measuring ecosystem services Results: Water provision (Shivapuri, Nepal) Legends: Black – actual water produced from Shivapuri; Red – current use of water from Shivapuri; Blue –modelled land-use change scenario with 100 % bare ground. CambridgeConservationInitiative
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Conservation Science Group
CambridgeConservationInitiative THANK YOU Kelvin Peh Research associate Conservation Science Group
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