This document provides suggestions for an overall strategic framework to achieve implementation of the Code of Practice for Forest Harvesting in Asia-Pacific. Once implemented the Code will optimise the benefits offered by the region's natural production forests and contribute to their sustainable management for the continuing benefit of the community as a whole. The goals and objectives of this Regional Strategy are expressed as eight strategies for implementation. (1) Encourage appropriate public and political support for implementation of the Code.

The study was caried out in Peru in 2003 and 2004. The study aims to increase the chances of future success of forest rehabilitation efforts by identifying the strategies that best contribute to long-term sustainability with minimal negative effects on stakeholders. Specifically, the study derives strategic lessons from the past and ongoing initiatives. The study identifies and disseminate the most promising approaches and incentives for rehabilitation in different ecological and socio-economic situations.

This conference proceedings contains 26 papers based on the activities of partner institutions that the Center for International Forestry Research (CIFOR) has facilitated. There are 4 sections: (i) evaluation of forest harvesting and fire impacts on forest ecosystems; (ii) development of methods to rehabilitate logged-over forests and degraded forest lands; (iii) development of silvicultural techniques on degraded forest lands; and (iv) network of the rehabilitation of degraded forest ecosystems.

Big-leaf mahogany was studied on nine mixed-species stands that became established naturally between 2 and 75 years ago after catastrophic disturbances (hurricane blowdown, fire, or bulldozer clearing). More than 50% of adult big-leaf mahogany trees had survived a severe hurricane, leaving 2.8 seed trees ha-1. After fire, 29% to 100% of adult Mahogany trees survived, leaving an average of 1.4 seed trees ha 1. Thirty or more years later, postdisturbance mahogany trees were found at densities of 18 ha-1 after fire, as compared to 6 ha-1 after a hurricane.