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E.g. Brooks, Thomas M.
E.g. Brooks, Thomas M.
Conference
Publication Year
    Agus Prima, Benny

Since the mid-2000s, the mining sector has been driving Mongolia's exports. However, while in recent years economic growth has been slowing down, the increased number of mining operations profoundly affects Mongolia's economic policies, social dynamics and environment. The Asian Forum for Human Rights and Development (Forum-Asia) together with its member organisation, Centre for Human Rights and Development (CHRD), conducted a fact-finding mission in the northeastern part of Mongolia from 5 to 10 May 2019. The mission aimed to look into the impact of mining operations on the situation of human rights defenders, women human rights defenders, environment, and local communities. Specifically, it aimed to document unreported cases of violations against defenders working on mining and environmental issues, addressing these cases to State and relevant non-State actors to pressure perpetrators to stop violations.

    Mabari, Magali

This manual is based on, and represents an expanded and updated edition of the first MEET manual. The purpose of this manual is to provide protected area managing bodies and the local ecotourism sector with a clear pathway to plan and enhance engaged conservation-focused ecotourism in their areas.

    Mirande, Claire M. | Harris, James T.

This landmark volume provides a wealth of information to guide the conserva­tion of the world’s fifteen species of cranes and the ecosystems where they occur. It reflects the work and knowledge of dozens of devoted colleagues in the IUCN Species Survival Commission’s Crane Specialist Group. The book updates and builds upon the group’s first report, The cranes: status survey and conservation action plan (1996).

    Verheij, Pauline

IUCN National Committee of the Netherlands (IUCN NL) commissioned this assessment of wildlife poaching and trafficking in the Amazon in order to enhance understanding of the issue and inform potential future engagement. Bolivia and Suriname were selected as focal countries both because they were deemed to be representative of the wider region and in light of several years of incountry engagement on the part of IUCN NL. The project aimed to compile and analyse information on wildlife poaching and trafficking in Bolivia and Suriname, including the key species targeted, the trafficking routes and main destinations, and key drivers. The legal wildlife trade was reviewed to provide clues toward understanding the illegal trade. An attempt was also made to assess the impact of infrastructure development and natural resource extraction by foreign entities on the occurrence of wildlife crime.

    Sesser, Amanda L. | Rockhill, Aimee P. | Magness, Dawn Robin

The northwest boreal region of North America is a land of extremes. Extending more than 1.3 million square kilometers (330 million acres), it encompasses the entire spectrum between inundated wetlands below sea level to the tallest peak in North America. The purpose of this volume is to create a resource for regional land and resource managers and researchers by synthesizing the latest research on the historical and current status of landscape-scale drivers (including anthropogenic activities) and ecosystem processes, future projected changes of each, and the effects of changes on important resources. 

    Otero, María del Mar | Serena, Fabrizio | Gerovasileiou, Vasilis

Bu tür tanımlama rehberi, Akdeniz’de yürütülen balıkçılık faaliyetleri sırasında tesadüfi avlanan hassas tür-leri izleme çalışmalarına destek olmak üzere hazırlanmıştır. 

    Otero, María del Mar | Serena, Fabrizio | Gerovasileiou, Vasilis

Ce guide d'identification a été développé pour faciliter la surveillance des prises accessoires d'espèces vulnérables dans les zones de pêche de la Méditerranée.

    Otero, María del Mar | Serena, Fabrizio | Gerovasileiou, Vasilis

This identification guide has been developed to support the monitoring of bycatch of vulnerable species in Mediterranean fisheries.

    Marselle, Melissa R. | Stadler, Jutta | Korn, Horst | Irvine, Katherine N. | Bonn, Aletta

This open access book identifies and discusses biodiversity’s contribution to physical, mental and spiritual health and wellbeing. Furthermore, the book identifies the implications of this relationship for nature conservation, public health, landscape architecture and urban planning – and considers the opportunities of nature-based solutions for climate change adaptation. This transdisciplinary book will attract a wide audience interested in biodiversity, ecology, resource management, public health, psychology, urban planning, and landscape architecture. The emphasis is on multiple human health benefits from biodiversity - in particular with respect to the increasing challenge of climate change. This makes the book unique to other books that focus either on biodiversity and physical health or natural environments and mental wellbeing. The book is written as a definitive ‘go-to’ book for those who are new to the field of biodiversity and health.

   

Mangroves cut across ecosystems, sectors, jurisdictions and governance regimes. While few countries have a specific mangrove law, many national and international regimes apply to or affect mangroves in some way. Despite the plethora of applicable laws, mangroves continue to deteriorate rapidly, driven by urbanization, population growth and unsustainable development. This assessment explores the many legal and governance approaches and enabling conditions relating to mangroves in an attempt to understand what works and under what conditions, and to provide recommendations on how to improve governance for mangrove protection and sustainable use. It begins with an assessment of international and national legal and policy instruments, and proceeds to examine how these instruments are implemented and with what results. Seven case studies illustrate how mangrove governance plays out in practice.

   

Настоящее Информационное руководство разработано с конкретной целью: способствовать управлению природными ценностями объектов всемирного наследия. Таким образом, оно касается объектов всемирного природного и смешанного культурно-природного наследия, а также культурных ландшафтов (последние включены в Список всемирного наследия в соответствии с критериями для объектов культурного наследия). Задача Информационного руководства заключается в том, чтобы помочь управляющим понять концепции и процедуры в области всемирного наследия и включить их в управление объектами, обладающими природными ценностями. Руководство разработано в надежде, что все управляющие и персонал объектов всемирного природного наследия найдут в нем полезную для себя информацию, что вдохновит их на дальнейшее изучение других многочисленных источников, ссылки на которые содержатся в тексте. Многие из описываемых принципов управления можно применить к любым охраняемым природным территориям, однако в руководстве особое внимание уделяется тем принципам управления, которые наиболее значимы для объектов всемирного наследия.

Управление объектами всемирного природного наследия (издание на русском языке) 

   

Au cours des dernières années, la biologie de synthèse est apparue comme un ensemble de techniques et de technologies permettant à l’homme de lire, interpréter, modifier, concevoir et fabriquer de l’ADN, afin d’influencer rapidement les formes et les fonctions des cellules et des organismes et, potentiellement, des espèces et des écosystèmes entiers. À mesure que la biologie de synthèse évolue, de nouveaux outils émergent, de nouvelles applications sont proposées et la recherche fondamentale est appliquée. Cette évaluation fait partie des efforts de l’UICN visant à formuler des recommandations et des lignes directrices concernant les impacts positifs et négatifs potentiels de la biologie de synthèse sur la conservation de la biodiversité.

   

Au cours des dernières années, la biologie de synthèse est apparue comme un ensemble de techniques et de technologies permettant à l’homme de lire, interpréter, modifier, concevoir et fabriquer de l’ADN, afin d’influencer rapidement les formes et les fonctions des cellules et des organismes et, potentiellement, des espèces et des écosystèmes entiers. À mesure que la biologie de synthèse évolue, de nouveaux outils émergent, de nouvelles applications sont proposées et la recherche fondamentale est appliquée. Cette synthèse (et l'évaluation technique) fait partie des efforts de l’UICN visant à formuler des recommandations et des lignes directrices concernant les impacts positifs et négatifs potentiels de la biologie de synthèse sur la conservation de la biodiversité.

   

L’océan représente 97% de l’espace physique habitable de la planète et joue un rôle central dans le maintien de la vie sur Terre. Depuis les années 2000 que des efforts considérables et spécifiques ont été déployés pour mieux faire connaître et comprendre les conséquences des émissions de gaz à effet de serre sur les océans. Le dioxyde de carbone émis par les activités humaines conduit les océans vers des conditions plus acides, phénomène connu sous le nom d’acidification des océans. Ce n’est qu’au cours de la dernière décennie que l’on a commencé à reconnaître de que la température mondiale des océans est également affectée de manière significative par les effets que le dioxyde de carbone et autres gaz à effet de serre puissants ont sur l’atmosphère terrestre. Le réchauffement et l’acidification progressive de l’eau de mer sont loin d’être les seules conséquences mondiales majeures des émissions de gaz à effet de serre pour le domaine marin. On sait depuis quelques décennies que le ruissellement de nutriments provenant de l’agriculture entraîne la formation de zones dépourvues d’oxygène dans la mer, là où l’oxygène vital est consommé dans la colonne d’eau et sur les fonds marins. Mais les causes et l’ampleur réelle des impacts de ce phénomène appelé « désoxygénation des océans » étaient jusqu’alors inconnues. Ce résumé et le rapport technique complet qui l’accompagne montrent de manière indéniable que les activités humaines extraient aujourd’hui l’oxygène vital des océans.

   

El océano representa el 97% del espacio físico habitable del planeta y es fundamental para mantener la vida en la Tierra. Solo desde el año 2000 se han realizado esfuerzos importantes y dedicados a aumentar la sensibilización y comprensión de las consecuencias de las emisiones de gases de efecto invernadero en los océanos. Actualmente sabemos que el dióxido de carbono que emiten las actividades humanas está dando lugar a condiciones de mayor acidez en el océano. Solo en la última década se ha empezado a reconocer más ampliamente que la temperatura de los océanos del mundo también está siendo afectada considerablemente como consecuencia del efecto que el dióxido de carbono y otros potentes gases de efecto invernadero están teniendo en la atmósfera de la Tierra. El calentamiento del agua de los océanos y su acidificación progresiva no son en modo alguno las únicas consecuencias importantes a escala mundial de las emisiones de gases de efecto invernadero en el ámbito marino. Desde hace algunas décadas se sabe que la escorrentía de nutrientes de la agricultura ocasiona que se formen zonas sin oxígeno en el mar, ya que el oxígeno vital se agota en la columna de agua y en el fondo del mar. Sin embargo, no se ha podido establecer la verdadera escala de las causas y repercusiones del fenómeno llamado “desoxigenación de los océanos”. Este resumen y el informe técnico completo que lo acompaña presentan el hecho ineludible de que las actividades humanas están reduciendo el oxígeno que sostiene la vida en el océano.

   

The ocean represents 97% of the physical habitable space on the planet and is central to sustaining all life on Earth. Since 2000 significant and dedicated effort has been directed at raising awareness and understanding of the consequences of greenhouse gas emissions on the ocean. Carbon dioxide emitted by human activities is driving the ocean towards more acidic conditions. Only in the past decade has it started to become more widely recognized that the temperature of the global ocean is also being significantly affected as a result of the effect that the carbon dioxide and other potent greenhouse gases are having in the Earth’s atmosphere. The heating of seawater and progressive acidification are not the only major global consequences of greenhouse gases emissions in the marine realm. It has been known for some decades that nutrient run-off from agriculture causes oxygen-depleted zones to form in the sea, as life-giving oxygen is used up in the water column and on the sea floor. This phenomenon is called ‘ocean deoxygenation’. This summary for policy makers and the comprehensive technical report tell the scale and nature of the changes being driven by ocean deoxygenation.

   

The ocean represents 97% of the physical habitable space on the planet and is central to sustaining all life on Earth. Since 2000 significant and dedicated effort has been directed at raising awareness and understanding of the consequences of greenhouse gas emissions on the ocean. Carbon dioxide emitted by human activities is driving the ocean towards more acidic conditions. Only in the past decade has it started to become more widely recognized that the temperature of the global ocean is also being significantly affected as a result of the effect that the carbon dioxide and other potent greenhouse gases are having in the Earth’s atmosphere. The heating of seawater and progressive acidification are not the only major global consequences of greenhouse gases emissions in the marine realm. It has been known for some decades that nutrient run-off from agriculture causes oxygen-depleted zones to form in the sea, as life-giving oxygen is used up in the water column and on the sea floor. This phenomenon is called ‘ocean deoxygenation’. Ocean deoxygenation: everyone's problem tells the scale and nature of the changes being driven by ocean deoxygenation.

   

The development of this second edition of these guidelines was in part a response to evidence of the widespread incorrect application of the categories to marine protected areas (MPAs). Marine management and sustainable fisheries management are critical elements of good oceans management, but are not the same as protected areas management, where the primary focus is conservation of nature. The primary purpose of these supplementary guidelines is to increase the accuracy and consistency of assignment and reporting of the IUCN categories when applied to marine and coastal protected areas. These supplementary marine guidelines are aimed at ensuring that the IUCN categories can be effectively applied to all types of MPAs as well as to any marine components of adjoining terrestrial protected areas, provided a site meets the IUCN definition of a protected area.

   

In November 2018, Parties to the Convention on Biological Diversity adopted at the 14th Conference of the Parties a definition of an "other effective area-based conservation measure" (OECM) as well as guiding principles, common characteristics and criteria for identification of OECMs (CBD/COP/DEC/14/8). OECMs may be managed for many different objectives but they must deliver effective conservation. They may be managed with conservation as a primary or secondary objective or long-term conservation may simply be the ancillary result of management activities. OECMs can contribute to ecologically representative and well-connected conservation systems, integrated within wider landscapes and seascapes, and in doing so, generate a range of positive conservation outcomes. The WCPA Task Force on OECMs has produced these guidelines to assist Parties in interpreting and operationalising Decision 14/8 and to start to develop a body of good practice around recognising and reporting OECMs. It is designed for application at various scales, ranging from understanding whether an individual area is an OECM to reporting OECM statistics at the national and global level as a means to assess progress on achieving conservation targets.