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The ASB Program: Phase II (1996-1998)

Goals | "Best bet" Land use Systems |
Results & Implications for Development:
[Summary of Achievements | Carbon sequestration & Greenhouse gas fluxes | Aboveground (plant) biodiversity | Belowground biodiversity | Agronomic sustainability | Socioeconomic and policy concerns

V. Socioeconomic and policy concerns

A key tenet of the ASB programme is that none of the environmental benefits of the 'best bet' practices will be achieved if appropriate socioeconomic incentives, policy interventions and institutional frameworks which facilitate adoption by farmers are not in place. The data set on smallholder economic concerns includes measures of profitability, labour requirements, cash flow constraints, household food security and institutional requirements. With these data, it is possible to model the impact of changes in prices, labour availability, and technological change on farmers' land-use practices. Four results stand out:

  • Poverty alleviation (as it differs from food security) is as important, if not more so, than profitability in some cases.
  • In the benchmark countries, currency fluctuations have had a significant impact on the relative profitability of alternative land uses; tradable commodities have become more profitable; these increased profits may come at the expense of some global environmental services.
  • It is likely that farmers will need several 'best bet' options in a mosaic if they are to meet household food and cash needs, deal effectively with climatic and market risk, and have a positive impact on environmental outcomes.
    At all sites, significant institutional barriers exist to the adoption of not only some of the more profitable alternatives, but also the most environmentally beneficial alternatives.
  • There are tradeoffs or complementarities among carbon sequestration, biodiversity, and profitability to smallholder farmers. There is a positive relationship between carbon stocks and above-ground biodiversity across the land-use systems at the benchmark sites (Figure 5; Gillison & Palm, 1998). The comparison of potential profitability of land-use systems in Cameroon to the carbon sequestered by those same systems indicates that a broad range of tree-based systems store the same amount of carbon but vary considerably in their profitability (Figure 6; Gockowski et al., 1998). Such information allows policy and other decision makers to evaluate resource allocation strategies based on local economic returns and global environmental services, and provides guidance as to how and where to intervene via policy change, including investing in dissemination of technologies.

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Page preparation by Dr. Erick C.M. Fernandes, Cornell University.
--ASB Global Coordinator (1998-1999)--

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