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INVESTING IN TREES AND LANDSCAPE ... - PROFOR

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In Africa, farms that engaged in certified organic export production were found to be significantly<br />

more profitable in terms of net farm income earnings than those that engaged in conventional<br />

production (Gibbon and Bolwig 2007). This profitability gap is due to differences in gross incomes<br />

and production costs between organic and conventional farms. However, there are wide variations<br />

in the net profit of various crops grown using an organic approach.<br />

Payment for Environmental Services<br />

A major new source of financing for tree-based systems and other land restoration practices is<br />

through payment for environmental services (PES), most notably market-based systems that reward<br />

quantifiable sequestration of carbon through tree planting or avoided deforestation. A number<br />

of financial mechanisms and incentives are in use to encourage farmers and investors to adopt<br />

practices and systems that will generate carbon sequestration and other environmental benefits.<br />

These incentives seek to align farmers’ and investors’ incentives with those of the national or global<br />

society, and to encourage both groups to be cognizant of environmental effects when they make<br />

agricultural/forestry production decisions. The goal is to unlock the potential of eco-friendly systems<br />

to satisfy food production needs and provide global environmental services. The following sections<br />

describe some examples of incentives to promote investment.<br />

Reward mechanism for eco-friendly systems<br />

Most eco-friendly systems are profitable over time (i.e., they have positive net present values), but<br />

private investors often have to wait several years before they begin to realize these benefits. This<br />

poses a challenge for farmers, especially in Africa, where the cost of capital and the discounting<br />

factor are high. During the waiting period, investors are at their most financially vulnerable and may<br />

need some form of support. Total Land Care in Malawi gives priority to farmers to access subsidized<br />

farm inputs in the first couple years on the condition that these farmers have established plots<br />

in which eco-friendly production methods are used. So far, this mechanism is primarily used to<br />

promote conservation agriculture.<br />

Another example is Community Markets for Conservation (COMACO) in Zambia, which targets poor<br />

and food-insecure families. The families are organized into producer groups and sign an agreement<br />

with COMACO that gives conservation dividends to farmers for adhering to sustainable land use<br />

practices. As part of the incentive, COMACO buys any surplus crops grown by member farmers at<br />

fair market prices. Reward schemes need not be monetary: The HKM program of the Indonesian<br />

government rewards communities with increased security of tenure in exchange for environmental<br />

stewardship.<br />

Direct payment for carbon sequestration<br />

Several programs of direct payments to land managers are implemented in tree and agroforestry<br />

projects to sequester carbon. These incentives include paying the monetary equivalent of the<br />

estimated amount of carbon that trees sequester. The Plan Vivo carbon payment scheme is in<br />

effect in a number of African countries; other voluntary carbon credit schemes are funded by private<br />

foundations. Some governments, such as the current Malawi government, pay farmers to plant<br />

trees for sequestration of carbon. The first soil carbon payment program in Africa has recently been<br />

established in western Kenya with Vi Agroforestry.<br />

Chapter 1. TREE-BASED <strong>AND</strong> OTHER L<strong>AND</strong> MANAGEMENT TECHNOLOGIES FOR L<strong>AND</strong>SCAPE RESTORATION <strong>AND</strong> LIVELIHOOD <strong>IN</strong> AFRICA<br />

41

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