Difference between revisions of "Global Open NAP: Track II - Main systems and processes globally"
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|rowspan="2"|Rising air, soil, and water temperature (Sections 4.2.4, 4.3.2, 4.3.3) | |rowspan="2"|Rising air, soil, and water temperature (Sections 4.2.4, 4.3.2, 4.3.3) | ||
|Exceedance of eco-physiological climate tolerance limits of species (limited coping and adaptive capacities), increased viability of alien organisms | |Exceedance of eco-physiological climate tolerance limits of species (limited coping and adaptive capacities), increased viability of alien organisms | ||
| − | |Risk of loss of native biodiversity, increase in non-native organism dominance | + | |Risk of loss of native biodiversity, increase in non-native organism dominance |
| + | |Cascades of native species loss due to interdependencies | ||
| + | |- | ||
|Health response to spread of temperature-sensitive vectors (insects) | |Health response to spread of temperature-sensitive vectors (insects) | ||
|Risk of novel and/or much more severe pest and pathogen outbreaks | |Risk of novel and/or much more severe pest and pathogen outbreaks | ||
Revision as of 18:27, 25 December 2019
The following is a global NAP based on best available science of the IPCC as depicted in its 5th assessment report. The focus is on common impacts on systems and processes covering regions globally, based on main changes being experienced as a result of global climate changes.
Hazards, Key Vulnerabilities, Key Risks, and Emergent Risks
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| Hazards and such | ||||
|---|---|---|---|---|
| Terrestrial and Inland Water Systems (Chapter 4) | Rising air, soil, and water temperature (Sections 4.2.4, 4.3.2, 4.3.3) | Exceedance of eco-physiological climate tolerance limits of species (limited coping and adaptive capacities), increased viability of alien organisms | Risk of loss of native biodiversity, increase in non-native organism dominance | Cascades of native species loss due to interdependencies |
| Health response to spread of temperature-sensitive vectors (insects) | Risk of novel and/or much more severe pest and pathogen outbreaks | Interactions among pests, drought, and fire can lead to new risks and large negative impacts on ecosystems | ||
