where the impact of climate change is likely to be large. Declines in sea ice associated with climate warming are threatening polar bears — and contrast the engineering effects on tundra and forest dens. Understanding indirect interactions among fox prey populations will help predict the wider consequences of climate change | Proposal Forge

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Recipient

where the impact of climate change is likely to be large. Declines in sea ice associated with climate warming are threatening polar bears

Department

Unknown

Program

and contrast the engineering effects on tundra and forest dens. Understanding indirect interactions among fox prey populations will help predict the wider consequences of climate change

Province

thereby adopting the ecological niche of Arctic foxes. Using long-term harvest records we will assess fox population responses to changes in sea ice

Type

which may attract lemmings and other herbivores. I am investigating indirect interactions involving Arctic foxes and their prey near Churchill

where the impact of climate change is likely to be large. Declines in sea ice associated with climate warming are threatening polar bears × Unknown

1 grants totalling $0

and contrast the engineering effects on tundra and forest dens. Understanding indirect interactions among fox prey populations will help predict the wider consequences of climate change

1 grants totalling $0

Department

Unknown →

Program

and contrast the engineering effects on tundra and forest dens. Understanding indirect interactions among fox prey populations will help predict the wider consequences of climate change →

Recipient Profile

where the impact of climate change is likely to be large. Declines in sea ice associated with climate warming are threatening polar bears →