Important Bird Areas and Important Plant Areas have already been identified in more than 170 countries. The Key Biodiversity Areas approach builds on the work done to date, in order to provide practical guidance to governments in identifying those sites which must be protected to ensure the future of both biodiversity and humanity.

While the Mediterranean basin biodiversity hotspot is well known for its globally important biodiversity, its freshwater biodiversity has not been as widely recognized for its importance. Through this project, freshwater key biodiversity areas (KBAs) have now been identified, mapped and validated throughout much of the Mediterranean hotspot. It is now important to raise awareness of their status as validated freshwater KBAs and to develop plans for appropriate conservation actions at these sites, as this biodiversity is highly threatened largely due to the conflicting demands upon a diminishing supply of fresh water which is further exacerbated by the increased severity of drought across the region.

A large number of approaches have been developed over the last four decades for identifying places of significance for biodiversity, but unfortunately this requires looking at multiple, disconnected databases and other information sources to understand the sites of importance in a particular area. To address this issue and provide a coherent, global approach, IUCN was asked to convene a worldwide consultative process to agree on an overarching methodology to identify Key Biodiversity Areas (KBAs) -- sites that contribute significantly to the global persistence of biodiversity. A Joint Task Force on Biodiversity and Protected Areas was established to finalise a standard methodology for KBA identification. This report summarises findings from a two-year survey of existing and potential end-users of the KBA standard and, in particular, of the resulting KBA data generated under it. Implications for the development of the KBA standard are then outlined.

This document is one of seven guidelines developed to provide standards and recommendations for management of the country’s natural assets. The Guidelines for Biodiversity Monitoring is intended for conservation scientists, managers and stakeholders involved in the management of ecosystems. It specifically provides support for natural resource managers, protected area planners, decision-makers and managers, staff of the Ministry of Agriculture and Forestry (MAF), NGOs and universities, with a view to elaborating adequate and realistic monitoring plans for individual steppe protected areas, in order to establish a working monitoring system for steppe ecosystems. The Guidelines provide a methodology and structure to set up clear indicators and targets for a comprehensive monitoring system for ecosystems. They offer a working basis for national and local experts and specialists, and support the steps towards a comprehensive monitoring scheme. They constitute the first stage in a longer process of defining clear objectives and indicators for individual pillars of monitoring for the ecosystems and their components.

The ocean is under increasing threat from the expansion of human activities. The combined impacts of these threats as well as the potential impacts of climate change and ocean acidification have placed thousands of species at risk of extinction, and have impaired the structure, function, productivity and resilience of marine ecosystems. Currently, some parts of the world's oceans are significantly impacted, yet are without any form of effective management. Only a small proportion of the oceans are within protected area systems. Globally, measures are being taken to increase protection and sustainable management, but application is uncoordinated and not always effective. In order to support effective policy action by countries and competent international and regional organizations, it is critical to build a sound understanding of the most ecologically and biologically important ocean areas that support healthy marine ecosystems so that the necessary steps to ensure the long-term function and resilience of these systems can be taken.

This assessment is the first overview of the conservation status of 877 northern African freshwater species belonging to five taxonomic groupsfish, molluscs, dragonflies and damselflies, freshwater crabs and aquatic plantsin accordance with the IUCN regional Red List guidelines. Species at risk of regional extinction are mapped and conservation measures are proposed to reduce the probability of future declines.

Protected areas spearhead our response to the rapidly accelerating biodiversity crisis. However, while the number of protected areas has been growing rapidly over the past 20 years, the extent to which the world’s protected areas are effectively conserving species, ecosystems, and ecosystem services is poorly understood. Highlights new techniques for better management and monitoring of protected areas Sets guidelines for the decision making processes involved in setting up and maintaining protected areas Fully international in scope and covering all ecosystems and biomes

Biodiversity and its conservation are among the main global topics in science and politics and perhaps the major challenge for the present and coming generations. This book written by international experts from different disciplines comprises general chapters on diversity and its measurement, human impacts on biodiversity hotspots on a global scale, human diversity itself and various geographic regions exhibiting high levels of diversity. The areas covered range from genetics and taxonomy to evolutionary biology, biogeography and the social sciences. In addition to the classic hotspots in the tropics, the book also highlights various other ecosystems harbouring unique species communities including coral reefs and the Southern Ocean. The approach taken considers, but is not limited to, the original hotspot definition sensu stricto and presents a chapter introducing the 35th hotspot, the forests of East Australia. While, due to a bias in data availability, the majority of contributions on particular taxa deal with vertebrates and plants, some also deal with the less-studied invertebrates. This book will be essential reading for anyone involved with biodiversity, particularly researchers and practitioners in the fields of conservation biology, ecology and evolution.

This breakthrough handbook for botanical garden and arboretum curators (and curators in training) has now been expanded and updated fifteen years after the last edition was published. The new edition includes up-to-date information and methods for the preservation and conservation of plants and their use in both ex-situ and in-situ conservation programs, habitat restorations, and conservation research. There are expanded and updated sections on plant acquisitions and field collecting that conform to the Convention on Biological Diversity protocols. New technologies for documenting plant collections are described including reviews of the most common software programs to streamline this process. Recommendations for plant preservation—caring for collections—have been updated with expanded information on basic horticulture practice, sustainable techniques, special applications for conservation collections, and examples of preservation plans. There is an entirely new section on collections research and applications with several chapters on the latest conservation practices, technologies, and programs involving collections. All of the basic and essential information for collections management contained within the first edition, including specific recommendations and examples, has been expanded and updated with recommendations on new technologies and procedures to assist and guide curators in their critical role as plant collection developers, managers, and programmers. What is an important resource for public garden professionals and students has now become even more essential.