A summary of the presentation and participant discussions during the 2018 Sackler Scientific Forum.
“A lot is happening in the ocean, even in places that used to be so far away from us that we couldn’t imagine having any impacts at all.” —Nancy Knowlton, Smithsonian Institution
Scientists and Experts in the field of climate change, ecology, land use, and biodiversity came together in the Sackler Forum on Climate Change and Ecosystems, that the National Academy of Sciences and The Royal Society jointly organised in Washington DC on 8-9 November 2018.
The forum brought together “leading scientists and practitioners in the fields of climate change, ecology, land use, and biodiversity” and provided an opportunity for sharing current research, knowledge and collaboration that do not commonly happen.
The paper, “Climate Change and Ecosystems,” presents the summary of the presentations and collaborations during the said forum.
According to the paper, climate change is “posing widespread and complex challenges to species and to ecosystem functions, as well as to associated services that natural systems provide to society.”
The summary also says that healthy ecosystems can help society adapt to altered conditions from climate change through nature-based solutions, and that well-managed landscapes and seascapes are part of the solutions to climate change.
Ecosystems and their composition
The following are some notes we gleaned from the summary:
- Ecosystems are composed of the plants, animals, people and other living things that interact with the physical environment around us.
- Ecosystems provide us with food, water, and air vital for survival and a source of recreation, inspiration, and protection from natural hazards while hosting a diverse set of living things,” the summary says.
- Despite the pressures from climate change, ecosystems show resilience, especially ones that are healthy and still retains most of its original species.
- Ecosystems provide nature-based solutions to mitigate and adapt to climate change. remove ‘heat-trapping’ greenhouse gas from the air and storing it in biomass and soils, and in the ocean. Restoration of ecosystems, like mangroves, wetlands, reforestation can protect us from the impacts of climate change.
The summary added that there is “enough scientific evidence to support decisions and actions that promote ecosystem health, adaptive capacity, and mitigation potential…for societal adaptation to climate change.”
The 2018 Sackler Scientific Forum content
The 30-page summary is divided into 4 chapters that provide an interesting discussion on our ecosystems in relation to climate change.
Chapter 1, Ecosystems are rapidly changing discusses changes to the terrestrial ecosystems and freshwater and marine ecosystems.
Chapter 2, Sustaining ecosystems in the face of climate change tackles the role of established conservation practices in climate adaptation, the role of genetics in climate adaptation, and new conservation challenges in a changing climate.
Chapter 3, Ecosystems as a climate solution, talks about the ecosystems and climate change mitigation, ecosystems and societal adaptation to climate change.
Chapter 4, Advancing the science while moving to action, research priorities to advance the science, communication to diverse audiences, interdisciplinary networks, translation of science to action, and concluding thoughts.
The summary concludes that climate change is here, either societies or ecosystems will engage in a warmer world or take actions to limit warming.
Ecosystems play a major role and could act as a ‘buffer’ to major changes through its health and diverse species it hosts.
The value of ecosystems should be communicated to all levels of society, and nature-based solutions can be an important mitigation and climate adaptation strategy. It can achieve the greatest impact when implemented hand-in-hand with actions to reduce greenhouse gas emissions.
Benefits from sound and balance ecosystems can also be attained when it is managed for multiple services and transcend institutional, geographic, or habitat-based boundaries.
You can read the full document by clicking on the image below: