Biodiversity

This document provides information on how implementing forest landscape restoration (FLR) at the jurisdictional and national level can offer countries a way to recover degraded forests and bring back key forest ecosystem functionalities in a way that will increase biodiversity levels in a landscape while contributing to achieving several Aichi Biodiversity Targets.

With the increasing threats that disasters present there is an urgent need to prioritise proactive disaster risk reduction over reacting to disaster events. The ecosystem approach for disaster risk reduction (Eco-DRR) is a key element of such preventive measures but still remains underdeveloped worldwide and in need of scaling up.

Interim results are presented from five exploratory sector studies (on livestock, rice, agroforestry, inland fisheries and palm oil), while the development of a ‘valuation framework’ provides a common lens for ensuring that the full range of impacts and dependencies can be examined under different applications (i.e. by sector, system or practice).

This handbook provides a comprehensive reference text on ecosystem services, integrating natural and social science (including economics). 

The interdisciplinary situation analysis (ISA) presented in this document is the first of its kind and pilots various analyses of secondary data that may be drawn upon to inform the second phase of the landscape assessment, which involves primary data collection. This is the first analysis of its kind and has been performed with PiN methodological development in mind, thus its format will likely see changes as progress is made on different PiN pilot site studies.

The Protected Planet Report 2016 assesses how protected areas contribute to achieving the Aichi Biodiversity Targets and relevant targets of the Sustainable Development Goals, and highlights current research and case studies as examples of the role protected areas play in conserving biodiversity and cultural heritage.

A story book about the children of Tanguar Haor who take lessons on the wetland's resources and also participate in different activities towards conservation of these resources.

Predicting climate change impacts on biodiversity is a major scientific challenge. A range of methods have been developed for climate change vulnerability assessment (CCVA) of species and a large and burgeoning scientific literature is emerging on this subject. Our motivation for preparing this document is to ease the challenge that conservation practitioners face in interpreting and using the complex and often inconsistent CCVA literature.