IUCN

This policy brief examines the existing Intended Nationally Determined Contributions (INDCs) and ratified National Determined Contributions (NDCs) with regard to the inclusion of specific efforts addressing blue carbon ecosystems, namely mangroves, target_idal saltmarshes and seagrasses, as climate mitigation or adaptation solutions.

The present volume should be read in conjunction with State of nature conservation systems in South-Eastern Europe as it represents its integral part and foundation. Both reports follow the same logic and structure, and their content is presented through the same thematic chapters. 

This publication explores emerging concepts, challenges, and key policy and law tools to help inform governments as they modernize public sector planning to better address 21st century change and advance their sustainable development goals.

Tujuan utama panduan ini adalah untuk membantu mereka yang aktif terlibat dalam penangkapan ular dan situasi perdagangan, yang dihadapi dengan keperluan untuk melaksanakan pemantauan dan pengurusan. Panduan ini ditulis untuk pengurus hidupan liar kerajaan, pemulih konservasi, saintis profesional, dan amatur yang berminat untuk memastikan penggunaan ular ternakan liar dalam perdagangan komersial adalah kekal.

The goal of this study is to evaluate the current status, the dynamics, and the ecosystem services, as well as ecosystem service values of the mangrove forest of Can Gio.

Tujuan utama buku panduan ini untuk membantu mereka yang berkecimpung dalam perdagangan dan panenan ular yang dihadapkan pada perlunya menerapkan monitoring dan manajemen. Buku panduan ini dibuat untuk pengelola satwa liar pemerintah, ahli konservasi, ilmuwan amatir dan profesional yang tertarik untuk memanfaatkan perdagangan komersial ular tangkapan secara lestari.

In recent years synthetic biology has emerged as a suite of techniques and technologies that enable humans to read, interpret, modify, design and manufacture DNA in order to rapidly influence the forms and functions of cells and organisms, with the potential to reach whole species and ecosystems. As synthetic biology continues to evolve, new tools emerge, novel applications are proposed, and basic research is applied.

In recent years synthetic biology has emerged as a suite of techniques and technologies that enable humans to read, interpret, modify, design and manufacture DNA in order to rapidly influence the forms and functions of cells and organisms, with the potential to reach whole species and ecosystems. As synthetic biology continues to evolve, new tools emerge, novel applications are proposed, and basic research is applied.