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list of figures - Terry Sunderland

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9.3.2. Management<br />

In general, the wild rattan resource is rarely managed. In many areas, rattan canes are<br />

considered an “open-access” resource and the lack <strong>of</strong> resource tenure <strong>of</strong> this product is<br />

undoubtedly contributing to its reputed scarcity in areas <strong>of</strong> high exploitation.<br />

However, in SE Asia in particular, a number <strong>of</strong> recognised management systems are<br />

in place (<strong>Sunderland</strong> and Dransfield, in press). In this respect, four main types <strong>of</strong><br />

management have been identified:<br />

9.3.2.1. Natural regeneration in high forest<br />

This level <strong>of</strong> management requires the development and implementation <strong>of</strong><br />

management plans based on sound inventory data and an understanding <strong>of</strong> the<br />

population dynamics <strong>of</strong> the species concerned. This is particularly appropriate for<br />

forest reserves, community forests and other low-level protected areas. These<br />

“extractive reserve” models are highly appropriate for rattan: a high value, high<br />

yielding product that relies on the forest milieu for its survival.<br />

9.3.2.2. Enhanced natural regeneration<br />

This management system in undertaken through enrichment planting and canopy<br />

manipulation, in natural forest. This is especially appropriate where forest has been<br />

selectively logged (more so in the Dipterocarp forest <strong>of</strong> SE Asia, rather than the more<br />

selective logging regimes practised in Africa). Management inputs are fairly high,<br />

with the clearance <strong>of</strong> competing undergrowth vegetation and subsequent selective<br />

felling to create “artificial” gaps has been practised in India, with some success for the<br />

rattan resource. Rattan planting in forest in East Kalimantan has also proved<br />

successful.<br />

9.3.2.3. Rattan cultivation as part <strong>of</strong> shifting cultivation or formal agr<strong>of</strong>orestry<br />

systems<br />

The incorporation <strong>of</strong> rattan into traditional swidden fallow systems in some areas <strong>of</strong><br />

SE Asia is well known (Connelly, 1985; Siebert and Belsky, 1985; Peluso, 1992;<br />

Weinstock, 1983). The general principle is that, on harvesting ephemeral or annual<br />

crops, rattan seedlings are planted and the land is then left fallow. When the rotation is<br />

repeated, usually on a 7-15 year cycle, the farmer first harvests the rattan and then<br />

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