Forests Sourcebook - HCV Resource Network
Forests Sourcebook - HCV Resource Network
Forests Sourcebook - HCV Resource Network
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Take into consideration the dynamic nature of ecological<br />
processes and livelihood strategies. The time lag<br />
between when an action is undertaken and when its impact<br />
on the forest resource and its users is manifested must be<br />
recognized. A temporally explicit framework is required to<br />
accommodate these important considerations.<br />
Recognize that economic forces are not set up for<br />
landscape considerations. Economic forces have a profound<br />
impact on both the long-term and short-term behavior<br />
of forest stakeholders and ultimately determine the balance<br />
between competing management objectives (see box 4.3). Such<br />
factors as location, accessibility, vegetation type, and management<br />
determine the value of forests for timber production versus<br />
environmental services. The adoption of ecosystem<br />
approaches currently provides limited financial rewards.<br />
Box 4.2<br />
Moving Beyond Optimization Models in<br />
Tri National de la Sangha<br />
In the Tri National de la Sangha area of the Congo<br />
Basin, a World Wildlife Fund (WWF) initiative<br />
focused on determining the sort of landscape configuration<br />
that would be optimal for achieving two<br />
contrasting objectives—improving livelihoods<br />
and conserving biodiversity. The project used simulation<br />
models to determine the relative utility of<br />
different mixes of protected areas, logging concessions,<br />
and community lands. Models were developed<br />
in a participatory manner so that the model<br />
provided a framework for discussion and negotiation.<br />
Economic benefits to different stakeholder<br />
groups and employment created by different types<br />
of land management were quantified. Similarly,<br />
the costs of protection and the benefits from hunting<br />
safaris, bushmeat harvesters, and taxes paid to<br />
the government and local communities from these<br />
different activities were calculated.<br />
Modeling exercises can result in counterintuitive<br />
conclusions. In this case, modeling showed<br />
that if the proportion of land under well-managed<br />
concessions increased, the funds allocated to conservation<br />
could be used to increase the intensity of<br />
conservation efforts in national parks. Overall biodiversity<br />
outcome in landscapes with high proportions<br />
of well-managed concessions might therefore<br />
be better than in landscapes with a high<br />
proportion of totally protected area.<br />
Source: Sayer and others 2005.<br />
Box 4.3<br />
Incentives for Sustainable Forest<br />
Management in Fragmented Forest<br />
Landscape<br />
The conservation project for sustainable development<br />
in Central America, implemented during the<br />
1990s by CATIE (Tropical Agricultural Research<br />
and Higher Education Center, Costa Rica) and several<br />
local partners, demonstrated the feasibility of<br />
applying sustainable forest management to forest<br />
areas under 50 ha as an integrated component of<br />
diversified farming systems based on agriculture or<br />
livestock production. Communities in the Maya<br />
Biosphere Reserve in El Petén, Guatemala, could<br />
act as forest conservation agents but for them to do<br />
so required more sustainable and profitable agricultural<br />
systems and guaranteed legal access to forest<br />
resources. The project pioneered community<br />
forest concessions and was reinforced by subsequent<br />
initiatives. The community groups obtained<br />
legal access to forests by means of concessions that<br />
allowed them to protect and use the resource. In<br />
the process, the communities improved their organizational<br />
and management capacities, their silvicultural<br />
ability, and their environmental awareness.<br />
Source: Campos Arce, Villalobos, and Louman 2005.<br />
Innovative payments for environmental services (see<br />
note 2.3, Innovative Marketing Arrangements: Payments for<br />
Environmental Services) and other compensation arrangements<br />
can provide economic incentives for a more landscape-based<br />
approach to optimizing forest functions.<br />
Work across political and agency boundaries. A<br />
landscape of interest often crosses multiple political (local<br />
or national) and agency boundaries, with government and<br />
community capacity and presence varying widely. Because<br />
legal governance authority is seldom available at the landscape<br />
level, consensus must be achieved among all relevant<br />
stakeholders and government agencies for implementation<br />
of natural resource and forest management plans on the<br />
landscape. Collaboration among these entities may be weak<br />
and might need to be strengthened to cost effectively supplement<br />
and complement landscape efforts. This can<br />
require convening and facilitating interaction among relevant<br />
stakeholder groups, working closely with these groups<br />
over time, and clarifying, or in some cases providing, the<br />
incentives for each of them to accept restrictions on the use<br />
of resources that would otherwise be unregulated.<br />
126 CHAPTER 4: OPTIMIZING FOREST FUNCTIONS IN A LANDSCAPE