Seminari
6 novembre 2017

ICCG Webinar on "Climate change impacts on terrestrial biodiversity and ecosystems" – Think Tank Award Webinar


Dove: Online webinar
Sede:


Orario dell'evento:

h. 15.00 Webinar

Informazione:

Registration is required. Please confirm your participation here.

Speakers:

Josef Settele, Helmholtz Centre for Environmental Research – UFZ
Prof. Dr. Josef Settele, Head of Animal Ecology and Social-Ecological Research, Dept. of Community Ecology, Helmholtz Centre for Environmental Research – UFZ; Co-Chair, IPBES Global Assessment

Prof. Dr. Josef Settele is Head of Animal Ecology and Social-Ecological Research at the Dept. of Community Ecology, Helmholtz Centre for Environmental Research – UFZ (Germany), and Co-Chair of the Global Assessment of IPBES (Intergovernmental Platform of Biodiversity and Ecosystem Services). He was Coordinating Lead Author in the last Assessment Report of the IPCC for the chapter “Terrestrial and Inland Water Systems”. He did his Masters in Agricultural Biology and his PhD in Agriculture. Since 1993 he coordinated several national and international biodiversity and ecosystem related research projects. He is author of more than 450 scientific publications, including more than 40 book projects and more than 160 ISI-listed papers (of which 20 publications are in the internationally renowned journals Science, Nature, Nature Climate Change, Nature Plants, Nature Ecology and Evolution and Nature Communications).

Introduced by

Carlo Carraro - FEEM, ICCG Director
Francesco Bosello - FEEM, CMCC

Abstract

Climate change is projected to be a powerful stressor on terrestrial ecosystems in the second half of the 21st century, especially under high-warming scenarios such as RCP6.0 and RCP8.5.

Direct human impacts such as land use and land use change, pollution, and water resource development will continue to dominate the threats to most terrestrial ecosystems globally over the next 3 decades. Changing climate exacerbates other impacts on biodiversity. Ecosystem changes resulting from climate change may not be fully apparent for several decades, owing to long response times in ecological systems.

Model-based projections imply that under low to moderate warming scenarios (e.g., RCP2.6 to RCP6.0), direct land cover change will continue to dominate over (and conceal) climate-induced change as a driver of ecosystem change at the global scale; for higher climate change scenarios, some model projections imply climate-driven ecosystem changes sufficiently extensive to equal or exceed direct human impacts at the global scale.

In high-altitude and high-latitude terrestrial ecosystems, climate changes exceeding those projected under RCP2.6 will lead to major changes in species distributions and ecosystem function, especially in the second half of the 21st century.

Download file
Scarica il file PDF
Climate change impacts on terrestrial biodiversity and ecosystems

FEEM Update

Iscriviti per rimanere aggiornato.

I Suoi dati saranno trattati dalla Fondazione Eni Enrico Mattei. – Titolare del trattamento – per ricevere via posta elettronica la newsletter della Fondazione. Il conferimento dell’indirizzo e-mail è necessario alla fornitura del servizio. La invitiamo a consultare la Privacy Policy per ottenere maggiori informazioni a tutela dei Suoi diritti.

Questo Sito utilizza cookie tecnici e analytics, nonché consente l’invio di cookie di profilazione di terze parti.
Chiudendo questo banner o comunque proseguendo la navigazione sul Sito manifesti il tuo consenso all’uso dei cookie. Per ulteriori informazioni e per esprimere scelte selettive in ordine all’uso dei cookie vedi la   Cookie PolicyOk