Forest Insects and Climate Change
Purpose of Review Climate change affects populations of forest insect pests in a number of ways. We reviewed the most recent literature (2013–2017) on this subject including previous reviews on the topic. We provide a comprehensive discussion of the subject, with special attention to insect range ex...
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| Vydáno v: | Current forestry reports Ročník 4; číslo 2; s. 35 - 50 |
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| Hlavní autoři: | , , |
| Médium: | Journal Article |
| Jazyk: | angličtina |
| Vydáno: |
Cham
Springer International Publishing
01.06.2018
Springer Nature B.V Springer |
| Témata: | |
| ISSN: | 2198-6436, 2198-6436 |
| On-line přístup: | Získat plný text |
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| Abstract | Purpose of Review
Climate change affects populations of forest insect pests in a number of ways. We reviewed the most recent literature (2013–2017) on this subject including previous reviews on the topic. We provide a comprehensive discussion of the subject, with special attention to insect range expansion, insect abundance, impacts on forest ecosystems, and effects on forest insect communities. We considered forest insects according to their major guilds and biomes.
Recent Findings
Effects of climate change on forest insects are demonstrated for a number of species and guilds, although generalizations of results available so far are difficult because of species-specific responses to climate change. In addition, disentangling direct and indirect effects of climate change is complex due to the large number of variables affected. Modeling based on climate projections is useful when combined with mechanistic explanations.
Summary
Expansion of either the true range or the outbreak range is observed in several model species/groups of major insect guilds in boreal and temperate biomes. Mechanistic explanations are provided for a few species and are mainly based on increase in winter temperatures. In relation to insect abundance, climate change can either promote outbreaks or disrupt trophic interactions and decrease the severity of outbreaks. There is good evidence that some recent outbreaks of bark beetles and defoliating insects are influenced by climate change and are having a large impact on ecosystems as well as on communities of forest insects. |
|---|---|
| AbstractList | Purpose of Review
Climate change affects populations of forest insect pests in a number of ways. We reviewed the most recent literature (2013–2017) on this subject including previous reviews on the topic. We provide a comprehensive discussion of the subject, with special attention to insect range expansion, insect abundance, impacts on forest ecosystems, and effects on forest insect communities. We considered forest insects according to their major guilds and biomes.
Recent Findings
Effects of climate change on forest insects are demonstrated for a number of species and guilds, although generalizations of results available so far are difficult because of species-specific responses to climate change. In addition, disentangling direct and indirect effects of climate change is complex due to the large number of variables affected. Modeling based on climate projections is useful when combined with mechanistic explanations.
Summary
Expansion of either the true range or the outbreak range is observed in several model species/groups of major insect guilds in boreal and temperate biomes. Mechanistic explanations are provided for a few species and are mainly based on increase in winter temperatures. In relation to insect abundance, climate change can either promote outbreaks or disrupt trophic interactions and decrease the severity of outbreaks. There is good evidence that some recent outbreaks of bark beetles and defoliating insects are influenced by climate change and are having a large impact on ecosystems as well as on communities of forest insects. Purpose of Review Climate change affects populations of forest insect pests in a number of ways. We reviewed the most recent literature (2013-2017) on this subject including previous reviews on the topic. We provide a comprehensive discussion of the subject, with special attention to insect range expansion, insect abundance, impacts on forest ecosystems, and effects on forest insect communities. We considered forest insects according to their major guilds and biomes. Recent Findings Effects of climate change on forest insects are demonstrated for a number of species and guilds, although generalizations of results available so far are difficult because of species-specific responses to climate change. In addition, disentangling direct and indirect effects of climate change is complex due to the large number of variables affected. Modeling based on climate projections is useful when combined with mechanistic explanations. Summary Expansion of either the true range or the outbreak range is observed in several model species/groups of major insect guilds in boreal and temperate biomes. Mechanistic explanations are provided for a few species and are mainly based on increase in winter temperatures. In relation to insect abundance, climate change can either promote outbreaks or disrupt trophic interactions and decrease the severity of outbreaks. There is good evidence that some recent outbreaks of bark beetles and defoliating insects are influenced by climate change and are having a large impact on ecosystems as well as on communities of forest insects. PURPOSE OF REVIEW: Climate change affects populations of forest insect pests in a number of ways. We reviewed the most recent literature (2013–2017) on this subject including previous reviews on the topic. We provide a comprehensive discussion of the subject, with special attention to insect range expansion, insect abundance, impacts on forest ecosystems, and effects on forest insect communities. We considered forest insects according to their major guilds and biomes. RECENT FINDINGS: Effects of climate change on forest insects are demonstrated for a number of species and guilds, although generalizations of results available so far are difficult because of species-specific responses to climate change. In addition, disentangling direct and indirect effects of climate change is complex due to the large number of variables affected. Modeling based on climate projections is useful when combined with mechanistic explanations. Expansion of either the true range or the outbreak range is observed in several model species/groups of major insect guilds in boreal and temperate biomes. Mechanistic explanations are provided for a few species and are mainly based on increase in winter temperatures. In relation to insect abundance, climate change can either promote outbreaks or disrupt trophic interactions and decrease the severity of outbreaks. There is good evidence that some recent outbreaks of bark beetles and defoliating insects are influenced by climate change and are having a large impact on ecosystems as well as on communities of forest insects. Purpose of ReviewClimate change affects populations of forest insect pests in a number of ways. We reviewed the most recent literature (2013–2017) on this subject including previous reviews on the topic. We provide a comprehensive discussion of the subject, with special attention to insect range expansion, insect abundance, impacts on forest ecosystems, and effects on forest insect communities. We considered forest insects according to their major guilds and biomes.Recent FindingsEffects of climate change on forest insects are demonstrated for a number of species and guilds, although generalizations of results available so far are difficult because of species-specific responses to climate change. In addition, disentangling direct and indirect effects of climate change is complex due to the large number of variables affected. Modeling based on climate projections is useful when combined with mechanistic explanations.SummaryExpansion of either the true range or the outbreak range is observed in several model species/groups of major insect guilds in boreal and temperate biomes. Mechanistic explanations are provided for a few species and are mainly based on increase in winter temperatures. In relation to insect abundance, climate change can either promote outbreaks or disrupt trophic interactions and decrease the severity of outbreaks. There is good evidence that some recent outbreaks of bark beetles and defoliating insects are influenced by climate change and are having a large impact on ecosystems as well as on communities of forest insects. |
| Author | Roques, Alain Battisti, Andrea Pureswaran, Deepa S. |
| Author_xml | – sequence: 1 givenname: Deepa S. surname: Pureswaran fullname: Pureswaran, Deepa S. email: deepa.pureswaran@canada.ca organization: Natural Resources Canada, Canadian Forest Service, Laurentian Forestry Centre – sequence: 2 givenname: Alain surname: Roques fullname: Roques, Alain organization: Institut National de la Recherche Agronomique (INRA), UR 0633, Zoologie Forestière – sequence: 3 givenname: Andrea surname: Battisti fullname: Battisti, Andrea organization: Department of Agronomy, Food, Natural resources Animals and Environment (DAFNAE), University of Padova |
| BackLink | https://hal.inrae.fr/hal-02629304$$DView record in HAL |
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| ContentType | Journal Article |
| Copyright | The Author(s) 2018 Copyright Springer Science & Business Media 2018 Copyright |
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| Discipline | Ecology Forestry Environmental Sciences |
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Climate change affects populations of forest insect pests in a number of ways. We reviewed the most recent literature (2013–2017) on this... Purpose of ReviewClimate change affects populations of forest insect pests in a number of ways. We reviewed the most recent literature (2013–2017) on this... PURPOSE OF REVIEW: Climate change affects populations of forest insect pests in a number of ways. We reviewed the most recent literature (2013–2017) on this... Purpose of Review Climate change affects populations of forest insect pests in a number of ways. We reviewed the most recent literature (2013-2017) on this... |
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| SubjectTerms | Abundance Bark bark beetles Beetles climate Climate change Climate effects Climate models defoliating insects Earth and Environmental Science Ecology Ecosystem assessment Environment Environmental changes Environmental impact Environmental Management Environmental Sciences Forest ecosystems Forest Entomology (E Brockerhoff forest insects Forestry Forestry Management Forests Global Changes Guilds insect communities Insects Nature Conservation Outbreaks Pest outbreaks Pests Range extension Section Editor Species Sustainable Development temperature Topical Collection on Forest Entomology Trophic relationships winter |
| Title | Forest Insects and Climate Change |
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| Volume | 4 |
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