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Hint
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Answer
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Ecological impacts
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Survival and adaptations
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Ecological impacts
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Distribution
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Ecological impacts
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Fragmentation
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Ecological indicators
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Insects
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Mosquito changes
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Shortened dormancy period
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Caterpillar changes caused...
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Earlier European Great Tit egg laying season
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Monitoring/Predicting difficulties
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Interconnected natural systems
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Monitoring/Predicting difficulties
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Time scales
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Monitoring/Predicting difficulties
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Spatial scales
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Monitoring/Predicting difficulties
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Natural fluctuations
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Monitoring/Predicting difficulties
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Time delay between cause and effect
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Monitoring/Predicting difficulties
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Historic data
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Monitoring/Predicting difficulties
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Proxy data
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Proxy data
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Dendrochronology
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Proxy data
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Coral growth rings
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Proxy data
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Pollen analysis carbon data
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Proxy data
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Ice cores
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Ice core data
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Air bubbles
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Ice core data
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Pollen
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Ice core data
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Radioisotopes
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Satellite + height
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Low Earth Orbit 800km
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Satellite + height
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Geostationary 36000km
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Ocean sensors
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Argo floats
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Computer models: Allow __________ and __________ to be estimated with _______ _______, _______ by past and predicted _______
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Interconnections, consequences, interlinking equations, calibrated, outcomes
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Antarctic + Greenland cores
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40 cores
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Antarctic + Greenland core age
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800000 years
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Why is carbon footprint higher in the northern hemisphere?
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Population
|
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Why is carbon footprint higher in the northern hemisphere?
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Industry
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Why is carbon footprint higher in the northern hemisphere?
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Pollution
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Why is carbon footprint higher in the northern hemisphere?
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Trade winds
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China emissions + year
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32%, 2021
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Largest per capita emissions 2023
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Qatar
|
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Example strategy
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UN Sustainable Development Goals
|
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Example strategy +year
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Paris Agreement, 2015
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Climate change controls
|
|
Climate change controls
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Carbon sequestration
|
|
Climate change controls
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Carbon Capture Storage
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Climate change controls
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Geoengineering
|
|
Climate change adaptations
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Flood management
|
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Climate change adaptations
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Coastal management
|
|
Climate change adaptations
|
Urban drainage
|
|
Climate change adaptations
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Managed retreat
|
|
Geoengineering example
|
White roofs
|
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Geoengineering example
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Orbitting solar shades
|
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Sweden acid rain years
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1980s-1990s
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UK % of Sweden's acid rain
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75-90
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|
Tipping point
|
Critical threshold where change becomes irreversible
|
|
Negative feedback loop
|
Low level clouds
|
|
Negative feedback loop
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Photosynthesis
|
|
Positive feedback loop
|
Soil decomposition
|
|
Positive feedback loop
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Melting ice
|
|
Positive feedback loop
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Melting permafrost
|
|
Positive feedback loop
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Melting methane hydrate
|
|
Positive feedback loop
|
Forest and peat fires
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Positive feedback loop
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Cirrus clouds
|
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Indonesian peat fire exceeded... +year
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Carbon emissions of the UK 2015
|
|
_______ _______ correlates with cirrus clouds above ___ in ____
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Increased emissions, SLC, 1965
|
|
Methane hydrate formation (13 words)
|
Methane gas from dead organic matter freezes at high pressures and low temperatures
|