Marine benthic organisms living in shelf seas of the Siberian Arctic are impacted severely by the pronounced consequences of climate change. Polar ecosystems are used to stable conditions and even small changes could influence benthic communities, food webs, and ecosystem functions. Regional patterns in community composition result from the interaction between marine organisms and their local environment. In this study, these relationships are investigated in order to understand how climate change affect Arctic biodiversity in particular
The last report of the Intergovernmental Panel on Climate Change (IPCC) with high confidence postula...
Climate warming influences structure and function of Arctic benthic ecosystems. Assessing the respon...
Arctic ecosystems are facing unprecedented changes today. Annual surface temperatures increased almo...
Marine benthic organisms living in shelf seas of the Siberian Arctic are impacted severely by the pr...
Climate change and its consequences pressure the Arctic Siberian shelf region and impact marine bent...
Climate change and its consequences pressure the Arctic Siberian shelf region and impact marine bent...
AbstractIn times of accelerating climate change, species are challenged to respond to rapidly shifti...
AbstractIn times of accelerating climate change, species are challenged to respond to rapidly shifti...
AbstractIn times of accelerating climate change, species are challenged to respond to rapidly shifti...
Arctic marine ecosystems are often assumed to be highly vulnerable to ongoing climate change, and ar...
Arctic marine ecosystems are often assumed to be highly vulnerable to ongoing climate change, and ar...
Arctic marine ecosystems are often assumed to be highly vulnerable to ongoing climate change, and ar...
The discussion about the correlation of diversity and ecosystem functioning in marine systems is lon...
Arctic marine ecosystems are often assumed to be highly vulnerable to ongoing climate change, and ar...
Aim The Arctic Ocean is one of the last near-pristine regions on Earth, and, although human activiti...
The last report of the Intergovernmental Panel on Climate Change (IPCC) with high confidence postula...
Climate warming influences structure and function of Arctic benthic ecosystems. Assessing the respon...
Arctic ecosystems are facing unprecedented changes today. Annual surface temperatures increased almo...
Marine benthic organisms living in shelf seas of the Siberian Arctic are impacted severely by the pr...
Climate change and its consequences pressure the Arctic Siberian shelf region and impact marine bent...
Climate change and its consequences pressure the Arctic Siberian shelf region and impact marine bent...
AbstractIn times of accelerating climate change, species are challenged to respond to rapidly shifti...
AbstractIn times of accelerating climate change, species are challenged to respond to rapidly shifti...
AbstractIn times of accelerating climate change, species are challenged to respond to rapidly shifti...
Arctic marine ecosystems are often assumed to be highly vulnerable to ongoing climate change, and ar...
Arctic marine ecosystems are often assumed to be highly vulnerable to ongoing climate change, and ar...
Arctic marine ecosystems are often assumed to be highly vulnerable to ongoing climate change, and ar...
The discussion about the correlation of diversity and ecosystem functioning in marine systems is lon...
Arctic marine ecosystems are often assumed to be highly vulnerable to ongoing climate change, and ar...
Aim The Arctic Ocean is one of the last near-pristine regions on Earth, and, although human activiti...
The last report of the Intergovernmental Panel on Climate Change (IPCC) with high confidence postula...
Climate warming influences structure and function of Arctic benthic ecosystems. Assessing the respon...
Arctic ecosystems are facing unprecedented changes today. Annual surface temperatures increased almo...