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tion of landscape elements and their respective carbon pools in vegetation and soils<br />

for extrapolation. Another PhD project will view different development scenarios of<br />

the wetlands in the Mekong River Basin.<br />

The Kyoto Protocol introduced new mechanisms to finance the mitigation of GHG<br />

emissions in developing countries. Production from tropical agricultural systems will<br />

need to increase, to meet the rising demands of an increasing human population<br />

together with changes in consumption patterns over coming decades. Intensification<br />

and/or extensification of agricultural production using conventional technologies<br />

may, in turn, increase GHG production.<br />

To address the issue of mitigating GHG emission, <strong>ZEF</strong> and the Fraunhofer Institute<br />

for Atmospheric Environmental Research jointly organised an international workshop,<br />

which was held in <strong>Bonn</strong> from Nov. 9-11 2001. The workshop, entitled “Tropical<br />

Agriculture in Transition - Opportunities for Mitigating Greenhouse Gas Emissions?",<br />

was attended by 50 scientists from 14 countries.<br />

The participants agreed that the prevention of deforestation - the prime source of<br />

GHG - and the re-forestation of degraded land should have priority in national climate<br />

protection programs of developing countries. Furthermore, it was pointed out<br />

that future research has to include participation of stakeholders from all conceivable<br />

levels, i.e. farmers' co-operatives, non-governmental organisations, national agricultural<br />

research centres and extension services, to devise simple and financially<br />

interesting incentives for reducing emissions. The feasibility of environmentallyfriendly<br />

production techniques has to be disseminated to the public through 'success<br />

stories' documented in public media and on special demonstration farms.<br />

3.1.2 Water scarcity and resource management<br />

<strong>ZEF</strong> tackles the issue of water management at several points. It assesses the functioning<br />

of the water cycle at a watershed level as affected by land cover, analyses<br />

the ecological functions of water vis-à-vis its productive role and monitors the<br />

effect of water utilisation on its quality and potential downstream re-use. <strong>ZEF</strong>'s<br />

interdisciplinary, core program in this regard, the GLOWA-Volta Project on<br />

“Sustainable Water Use under Changing Land Use, Rainfall Reliability, and Water<br />

Demands in the Volta Basin", is already in an advanced stage of development. It is<br />

described in detail in a previous section.<br />

Research<br />

To address the issue of mitigation<br />

of greenhouse gas emission,<br />

<strong>ZEF</strong> and the Fraunhofer<br />

Institute for Atmospheric<br />

Environmental Research jointly<br />

organised an international<br />

workshop in 2001 that was<br />

attended by 50 scientists from<br />

14 countries.<br />

Drought, GLOWA-<br />

Volta project<br />

55

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