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Forests Sourcebook - HCV Resource Network

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Box 4.5<br />

Tradeoffs Framework Used in the Alternatives to Slash-and-Burn Initiative<br />

Successful employment of initiatives at the landscape<br />

level requires a clear understanding and identification<br />

of potential tradeoffs and opportunities for synergies.<br />

An improved understanding should lead to reduced<br />

power differentials among stakeholders, increased<br />

equity in outcomes, and minimization of losses suffered<br />

by specific stakeholder groups. Developing and adopting<br />

a suitable framework for identifying and assessing<br />

the various ecological, economic, and social tradeoffs<br />

would facilitate such understanding and decision making<br />

regarding which tradeoffs are acceptable.<br />

ASB–Partnership for the Tropical Forest Margins<br />

(ASB) is a global partnership of research institutes,<br />

nongovernmental organizations, universities, community<br />

organizations, farmers’ groups, and other local,<br />

national, and international organizations. ASB works<br />

at the nexus of two important problems: tropical<br />

deforestation and human poverty. ASB focuses on<br />

landscape mosaics (comprising both forests and agriculture)<br />

where global environmental problems and<br />

poverty coincide at the margins of remaining tropical<br />

forests. ASB applies an integrated natural resource<br />

management approach to analysis and action through<br />

long-term engagement with local communities and<br />

policy makers at various levels.<br />

In the ASB matrix, natural forest and the land-use<br />

systems that replace it are scored against different criteria<br />

reflecting the objectives of different interest<br />

groups. To enable results to be compared across locations,<br />

the systems specific to each are grouped according<br />

to broad categories, ranging from agroforests to<br />

grasslands and pastures. The criteria may be fine-tuned<br />

for specific locations, but the matrix always comprises<br />

indicators for the following:<br />

■<br />

■<br />

■<br />

■<br />

■<br />

two major global environmental concerns: carbon<br />

storage and biodiversity<br />

agronomic sustainability, assessed according to a<br />

range of soil characteristics, including trends in<br />

nutrients and organic matter over time<br />

policy objectives: economic growth and employment<br />

opportunities<br />

smallholders’ concerns: their workloads, returns to<br />

their labor, food security for their families, and<br />

start-up costs of new systems or techniques<br />

policy and institutional barriers to adoption by<br />

smallholders, including the availability of credit,<br />

markets, and improved technology<br />

Below is an illustrative example of an ASB Summary<br />

Matrix for the Forest Margins of Sumatra. This matrix<br />

provides information on benefits at different scales<br />

(based on rigorous analytical work). The matrix allows<br />

researchers, policy makers, environmentalists, and others<br />

to identify and discuss tradeoffs among the various<br />

objectives of different interest groups.<br />

ASB Summary Matrix: Forest Margins of Sumatra<br />

Adoptability<br />

Global Agronomic National policymakers’ by<br />

Land-use environment sustainability concerns smallholders<br />

Production<br />

Plot-level Potential incentives<br />

Carbon production profitability (at (at private<br />

sequestration Biodiversity sustainability social prices) Employment prices)<br />

Aboveground, Aboveground, Overall Returns Average Returns<br />

time-averaged plant species/ rating to land labor input to labor<br />

Description (tons/ha) standard plot (US$/ha) (days/ha/yr) (US$/day)<br />

Natural forest 306 120 1 0 0 0<br />

Community-based<br />

forest management 136 100 1 11 0.2 4.77<br />

Commercial logging 93 90 0.5 1080 31 0.78<br />

Rubber agroforest 89 90 0.5 506 111 2.86<br />

Oil palm monoculture 54 25 0.5 1653 108 4.74<br />

Upland rice/bush tallow rotation 7 45 0.5 (117) 25 1.23<br />

Continuous cassava degrading<br />

to imperata 2 15 0 28 98 1.78<br />

Source: Alternatives to Slash-and-Burn, Policy Brief 05, http://www.asb.cgiar.org/PDFwebdocs/PolicyBrief5.pdf.<br />

CHAPTER 4: OPTIMIZING FOREST FUNCTIONS IN A LANDSCAPE 129

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