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Invited talk: Land use conversion from temperate steppe to farmland increases broad scale heterogeneity of soil biota functional genes, Jonathan Adams; How to integrate multiple fields in amphibian conservation research? Amaël Borzée, 2023-11-06


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Posts: 16

03 November 2023, 11:46 AM

Date: 2023-11-6

Time: 1:00-2:00 pm

Room: ES354

Host: Yi Zou

Online Tencent Meeting ID: 355-3805-6861

 

Professor Jonathan Adams (Nanjing University)

Title: Land use conversion from temperate steppe to farmland increases broad scale heterogeneity of soil biota functional genes

Abstract:

It is generally assumed that conversion of natural landscape to agriculture results in greater biological homogeneity and loss of diversity. We tested this across 28 paired sites of steppe and agricultural fields in NE China, finding that at the level of microbial genes in soils, in fact the agricultural environment increases diversity.

Brief Bio: Professor Jonathan Adams is from the U.K. and graduated from Oxford University and University of Aix- Marseille, France. He is Professor in the School of Geography and Oceanography, Nanjing University, where he heads the Laboratory of Geographical Microbiology.

 

Professor Amaël Borzée (Nanjing Forestry University)

Title:  How to integrate multiple fields in amphibian conservation research?

Abstract:

The surge in research focused on conservation, along with its novelty factor, has made it an appealing subject of investigation from multiple perspectives. This growing interest has fostered an interdisciplinary approach that has yielded significant innovations, ultimately bolstering efforts aimed at conserving the Earth's biodiversity. However, a critical challenge that confronts us is the need to effectively synthesize and organize research findings in a manner that can exert tangible influence on conservation initiatives. Of particular concern is the decline of amphibian populations, with over 40% of species worldwide now listed as threatened. Analysing the proportion of threatened amphibians within each biome, it becomes evident that East Asia stands out as a hotspot for both biodiversity and species at high risk of extinction. This pronounced trend can be attributed, in large part, to the transformation of wetland habitats into agricultural wetlands primarily driven by rice cultivation. The resulting modifications to the landscape have deleteriously impacted species diversity and abundance in these altered ecosystems. The approach presented here integrates science-based conservation strategies, thereby facilitating a comprehensive understanding of the threats faced by amphibians in East Asia predominantly attributed to landscape transformations driven by agriculture, climate change, and population displacement. This approach relies on a multi-faceted process that encompasses key domains of conservation, including the formulation of mitigation plans, policy recommendations, conservation applications, and monitoring protocols. In doing so, this approach strives to provide robust support for the conservation of East Asian biodiversity while concurrently fostering a sustainable coexistence between humans and other species inhabiting our planet.

Brief Bio:  Professor Amaël Borzée is leading the Laboratory of Animal Behaviour and Conservation, where they focus on a broad range of species and systems. Projects were so far focused on the behavioural ecology and conservation of amphibians in East Asia. Prof. Amaël Borzée is also Co-Chair for the IUCN SSC Amphibian Specialist Group, communications officer for the International Herpetological Committee, and board member and science liaison for the Society for Conservation Biology, Asia section.

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