Ecological restoration aims to restore the structure, function, and composition of ecosystems to enhance their ability to withstand and recover from climate change impacts.

While ecological restoration can provide numerous benefits, including increased carbon sequestration, reduced vulnerability to extreme weather events, and improved water quality, it is not primarily aimed at increasing biodiversity.

Climate-resilient restoration is a specific type of ecological restoration that focuses on restoring ecosystems to a state that is more resilient to climate change impacts.

Wetland restoration is a common technique used to increase the resilience of coastal ecosystems to sea-level rise by restoring the natural functions of wetlands, such as floodwater storage and shoreline protection.

Ecological restoration contributes to climate change mitigation primarily by increasing carbon sequestration through the restoration of forests, wetlands, and other ecosystems that absorb and store carbon dioxide.

Considering the potential impacts of climate change on the restoration site is a crucial aspect of planning for climate-resilient restoration projects, as it helps ensure that the restored ecosystems will be able to withstand future climate change impacts.

Multifunctional restoration is a type of restoration that aims to restore degraded ecosystems to a state that is more resilient to climate change and provides multiple benefits, such as carbon sequestration, flood control, and biodiversity enhancement.

While rapidly changing climate conditions are a major concern and can affect the success of restoration projects, they are not a common challenge associated with ecological restoration for climate change adaptation and mitigation.

Community engagement plays a crucial role in ecological restoration for climate change adaptation and mitigation by ensuring that restoration projects are aligned with local needs and priorities, building local capacity for restoration and maintenance, and raising awareness about the importance of ecological restoration.

Planting trees in dense monocultures is not a key principle of climate-resilient restoration, as it can increase the vulnerability of the restored ecosystem to pests, diseases, and extreme weather events.

Multifunctional restoration is a type of restoration that aims to restore degraded ecosystems to a state that is more resilient to climate change and provides multiple benefits, such as carbon sequestration, flood control, and biodiversity enhancement.

While rapidly changing climate conditions are a major concern and can affect the success of restoration projects, they are not a common challenge associated with ecological restoration for climate change adaptation and mitigation.

Community engagement plays a crucial role in ecological restoration for climate change adaptation and mitigation by ensuring that restoration projects are aligned with local needs and priorities, building local capacity for restoration and maintenance, and raising awareness about the importance of ecological restoration.

Planting trees in dense monocultures is not a key principle of climate-resilient restoration, as it can increase the vulnerability of the restored ecosystem to pests, diseases, and extreme weather events.

Multifunctional restoration is a type of restoration that aims to restore degraded ecosystems to a state that is more resilient to climate change and provides multiple benefits, such as carbon sequestration, flood control, and biodiversity enhancement.