Innovative Conservation Techniques and Perspectives
portes grátis
Innovative Conservation Techniques and Perspectives
Global Biome Conservation and Global Warming Impacts on Ecology and Biodiversity
Demolin-Leite, Germano Leao
Elsevier Science Publishing Co Inc
04/2025
380
Dura
9780443404900
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Section I: Innovative Techniques in Conservation and Remote Sensing
1. Biome Functioning and Bioindicators
2. Integration of Ecological Informatics, Remote Sensing, and Machine Learning: A Systematic Literature Review
3. Research progress of eDNA technology in biodiversity monitoring
4. Importance Indice
5. Importance Indice-Production Unknown
6. Long-Term Biome Biomonitoring
7. Forestry Conservation through Machine Learning Innovations
8. Remote Sensing
Section II: Global Warming Perspectives for 50 years
9. Insular Biomes
10. Glaciers
11. Deserts
12. Mediterranean and Shrublands
13. Steppes and Prairies
14. Effects of Climate Change on the distribution of dung beetle species in South American pasturelands
15. Potential changes in vegetation across Northern Eurasia in warmed climates predicted from CMIP5 climate models by the end of the century
16. Temperate Forests
17. Tropical Forests
18. Moving forward: mitigating the effect of climate change in subterranean ecosystems
19. Agriculture and Agroecology
20. Changing landscape of Agriculture: Innovative Approaches for Food Security and Sustainability in Qatar
21. Traditional Peoples and Communities: The Coming Blessing Land
22. Zoonoses and Pandemic Potential
23. Conclusions and Remarks
1. Biome Functioning and Bioindicators
2. Integration of Ecological Informatics, Remote Sensing, and Machine Learning: A Systematic Literature Review
3. Research progress of eDNA technology in biodiversity monitoring
4. Importance Indice
5. Importance Indice-Production Unknown
6. Long-Term Biome Biomonitoring
7. Forestry Conservation through Machine Learning Innovations
8. Remote Sensing
Section II: Global Warming Perspectives for 50 years
9. Insular Biomes
10. Glaciers
11. Deserts
12. Mediterranean and Shrublands
13. Steppes and Prairies
14. Effects of Climate Change on the distribution of dung beetle species in South American pasturelands
15. Potential changes in vegetation across Northern Eurasia in warmed climates predicted from CMIP5 climate models by the end of the century
16. Temperate Forests
17. Tropical Forests
18. Moving forward: mitigating the effect of climate change in subterranean ecosystems
19. Agriculture and Agroecology
20. Changing landscape of Agriculture: Innovative Approaches for Food Security and Sustainability in Qatar
21. Traditional Peoples and Communities: The Coming Blessing Land
22. Zoonoses and Pandemic Potential
23. Conclusions and Remarks
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Abundance; Afro-Brazilian culture; Aggregation; Agriculture; Agroecology; Agroforestry; Algorithms; Alien species; Animals; Anthropic disturbance; Anthropogenic activity; Application; Arid ecosystems; Artificial intelligence; Artificial intelligence (AI); Atlantic forest; Bats; Bioclimatic models; Biodiversity; Biodiversity status; Bioindicator organisms; Bioindicators; Biome; Brazilian biomes; Broad-leaved forest and steppe increase; Cabruca cocoa; Camera; Carbon sequestration; Caves; Cerrado; Chi-squared test; Climate change; Climate resilience; Computer vision; Conifer forest decrease; Conservation; Conservation initiatives; Conservation parks; Conservation strategies; Constancy; COVID-19; Cryosphere; Deep learning; Degradation; Degraded areas; Digital image processing; Diversity; Drone; Dung beetles; Ecological characteristics; Ecology; Ecosystem preservation; Ecosystem understanding; eDNA; eDNA technology; Emerging; Engineering subterranean ecosystems; Environment; Environmental challenges; Environmental pollution; Epidemics; Exotic grasses; Exotic species; Extreme scenario rcp8.5; Fire risk; Fishing; Food and water insecurity; Food security and sustainability; Forest conservation; Frequency; Geographic information system; Glaciers retreat; Global circulation models; Global warming; Habitat protection; Heat and drought waves; Hunting; Indigenous culture; Integrated crop-livestock-forestry; Invasive species; Invertebrates; Landless workers' movement (MST); Machine learning; Machine learning applications; Mediterranean ecosystems; Migration; Mild scenario rcp2.6; Mitigation; Monitoring; Natural enemies; Neglected and underutilized species; Neotropical grasslands; New techniques; Nonconventional edible plants; Nontillage; Normalized difference vegetation index (NDVI); OHHLEP; Opportunistic parasites; Organic planting; PANC; Pandemic; Permafrost retreat; Phytophagous arthropods; Phytophagous insects; Protected areas; Qatar's vision 2030; Rasters; Remote sensing; Resilience; Scarabaeinae; Sensor; Sensors; Smart agriculture; Soil erosion; Spatial information; Species richness; Speleology; Spillover; Sustainability; Sustainable equilibrium; Sustainable land management; Teia dos Povos; Temperate grasslands; Temperature; Terra vista settlement; Threats; Tourism; Traditional knowledge; Translocation programs; Trap; Tree mortality; Tree-related microhabitats; Unintended consequences; Vectors; Vegetation change; Vertebrates; Virus; Water management; Water resources; Wild areas; Wildfires
Section I: Innovative Techniques in Conservation and Remote Sensing
1. Biome Functioning and Bioindicators
2. Integration of Ecological Informatics, Remote Sensing, and Machine Learning: A Systematic Literature Review
3. Research progress of eDNA technology in biodiversity monitoring
4. Importance Indice
5. Importance Indice-Production Unknown
6. Long-Term Biome Biomonitoring
7. Forestry Conservation through Machine Learning Innovations
8. Remote Sensing
Section II: Global Warming Perspectives for 50 years
9. Insular Biomes
10. Glaciers
11. Deserts
12. Mediterranean and Shrublands
13. Steppes and Prairies
14. Effects of Climate Change on the distribution of dung beetle species in South American pasturelands
15. Potential changes in vegetation across Northern Eurasia in warmed climates predicted from CMIP5 climate models by the end of the century
16. Temperate Forests
17. Tropical Forests
18. Moving forward: mitigating the effect of climate change in subterranean ecosystems
19. Agriculture and Agroecology
20. Changing landscape of Agriculture: Innovative Approaches for Food Security and Sustainability in Qatar
21. Traditional Peoples and Communities: The Coming Blessing Land
22. Zoonoses and Pandemic Potential
23. Conclusions and Remarks
1. Biome Functioning and Bioindicators
2. Integration of Ecological Informatics, Remote Sensing, and Machine Learning: A Systematic Literature Review
3. Research progress of eDNA technology in biodiversity monitoring
4. Importance Indice
5. Importance Indice-Production Unknown
6. Long-Term Biome Biomonitoring
7. Forestry Conservation through Machine Learning Innovations
8. Remote Sensing
Section II: Global Warming Perspectives for 50 years
9. Insular Biomes
10. Glaciers
11. Deserts
12. Mediterranean and Shrublands
13. Steppes and Prairies
14. Effects of Climate Change on the distribution of dung beetle species in South American pasturelands
15. Potential changes in vegetation across Northern Eurasia in warmed climates predicted from CMIP5 climate models by the end of the century
16. Temperate Forests
17. Tropical Forests
18. Moving forward: mitigating the effect of climate change in subterranean ecosystems
19. Agriculture and Agroecology
20. Changing landscape of Agriculture: Innovative Approaches for Food Security and Sustainability in Qatar
21. Traditional Peoples and Communities: The Coming Blessing Land
22. Zoonoses and Pandemic Potential
23. Conclusions and Remarks
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Abundance; Afro-Brazilian culture; Aggregation; Agriculture; Agroecology; Agroforestry; Algorithms; Alien species; Animals; Anthropic disturbance; Anthropogenic activity; Application; Arid ecosystems; Artificial intelligence; Artificial intelligence (AI); Atlantic forest; Bats; Bioclimatic models; Biodiversity; Biodiversity status; Bioindicator organisms; Bioindicators; Biome; Brazilian biomes; Broad-leaved forest and steppe increase; Cabruca cocoa; Camera; Carbon sequestration; Caves; Cerrado; Chi-squared test; Climate change; Climate resilience; Computer vision; Conifer forest decrease; Conservation; Conservation initiatives; Conservation parks; Conservation strategies; Constancy; COVID-19; Cryosphere; Deep learning; Degradation; Degraded areas; Digital image processing; Diversity; Drone; Dung beetles; Ecological characteristics; Ecology; Ecosystem preservation; Ecosystem understanding; eDNA; eDNA technology; Emerging; Engineering subterranean ecosystems; Environment; Environmental challenges; Environmental pollution; Epidemics; Exotic grasses; Exotic species; Extreme scenario rcp8.5; Fire risk; Fishing; Food and water insecurity; Food security and sustainability; Forest conservation; Frequency; Geographic information system; Glaciers retreat; Global circulation models; Global warming; Habitat protection; Heat and drought waves; Hunting; Indigenous culture; Integrated crop-livestock-forestry; Invasive species; Invertebrates; Landless workers' movement (MST); Machine learning; Machine learning applications; Mediterranean ecosystems; Migration; Mild scenario rcp2.6; Mitigation; Monitoring; Natural enemies; Neglected and underutilized species; Neotropical grasslands; New techniques; Nonconventional edible plants; Nontillage; Normalized difference vegetation index (NDVI); OHHLEP; Opportunistic parasites; Organic planting; PANC; Pandemic; Permafrost retreat; Phytophagous arthropods; Phytophagous insects; Protected areas; Qatar's vision 2030; Rasters; Remote sensing; Resilience; Scarabaeinae; Sensor; Sensors; Smart agriculture; Soil erosion; Spatial information; Species richness; Speleology; Spillover; Sustainability; Sustainable equilibrium; Sustainable land management; Teia dos Povos; Temperate grasslands; Temperature; Terra vista settlement; Threats; Tourism; Traditional knowledge; Translocation programs; Trap; Tree mortality; Tree-related microhabitats; Unintended consequences; Vectors; Vegetation change; Vertebrates; Virus; Water management; Water resources; Wild areas; Wildfires
