Hukum Singh is a forest physiology and climate change scientist associated with the Forest Research Institute in Dehradun, India. His research covers eco-physiology, plant responses to abiotic stresses, climate-smart forestry, climate change adaptation and mitigation, urban pollution, urban forestry, and more.

• Chapter 1. Climate Change and Environmental Pollution: Biological Consequences on Urban Forests.- Chapter 2. Urban Forests: Importance, Challenges and Opportunities.- Chapter 3. Urbanization and Climate Change: Impacts, Adaption and Mitigation Strategies.- Chapter 4. Biological Insights into the Adaptive Responses of Medicinal Plants to Changing Urban Environments.- Chapter 5. Unraveling Urban Plant Strategies for Heavy Metal Uptake and Detoxification.- Chapter 6. Tree species suitability for adapting to urban air pollution and climate change.- Chapter 7. Phenological Shifts in Forest Ecosystems: A Strategic Response to Climate Change and Environmental Stress.- Chapter 8. Understanding the Impact of Climate Change and Environments on Urban Forests: Insights from Morphological, Physiological, and Molecular Perspectives.- Chapter 9. Unveiling the Arboreal Responses to Edaphic Factors in Urban Forest Ecosystems.- Chapter 10. Alteration in Biochemical and Molecular Expression of Trees in Response to Changing Climatic and Environmental Pollution.- Chapter 11. Plant growth regulators/promoters mediated adaptation and tolerances in urban plants for enhancing resilience towards multiple stresses.- Chapter 12. Enhancing Adaptation and Stress Tolerance in Urban Plants through Plant Growth-Promoting Rhizobacteria (PGPR).- Chapter 13. Enhancing Urban Sustainability through Heavy Metal Extraction: Mechanisms, Challenges, and Environmental Impact.- Chapter 14. Urban Tree Responses to Climate Change and Environmental Pollution.- Chapter 15. Biological Insights into Forest Adaptation to Climate Change: Ecosystem Resilience and Adaptation.- Chapter 16. Unraveling the Tapestry of Plant Phenology in the Face of Climate Change and Environmental Stress.- Chapter 17. Role of Urban Forests in Modulating Urban Climate.- Chapter 18. Urban Forests and Carbon Sequestration.- Chapter 19. Urban Tree Selection and Management Strategies for Climate Adaptation.- Chapter 20. Ecosystem services provided by urban and peri-urban forests.- Chapter 21. Ecosystem Services and Maintaining Their Flow in Urban Environments: Nurturing Sustainable Flow in Urban Environments.- Chapter 22. Advancing Urban Forest Resilience: Strategies, Challenges, and Innovations in the Face of Climate and Environmental Change.- Chapter 23. Urban Forests: Benefits, Barriers, and Sustainable Solutions.- Chapter 24. Stubble Burning and Urban Environmental Pollution: Impacts and Control Measures.- Chapter 25. Urban Forests and Microclimate Regulation.- Chapter 26. The Potential of People’s Engagement by Green Taxation to Maintain Urban Green Space.- Chapter 27. Biotechnological Innovations in Urban Forestry: Adapting and Mitigating Climate Change and Environmental Pollution.- Chapter 28. Molecular and Gene Expression in Plants under Climate Change and Urban Environment.- Chapter 29. Molecular insights into the modulation of gene expression in trees under abiotic stresses.- Chapter 30. Biological Consequences of Cell Phone Radiation on Plants in Urban Environments.- Chapter 31. Consequences of Artificial Light at Night (ALAN) on Urban Tree Functioning: A Case Study.- Chapter 32. Understanding the Carbon Sequestration Potential of Urban Gardens and Parks: Implications for Sustainable Urban Planning and Environmental Conservation.- Chapter 33. Role of Urban Trees in Minimizing the Atmospheric Carbon Dioxide Level of the Megacity of Kolkata, India.- Chapter 34. Adaptive Strategies of Quercusleucotrichophora in Different Environmental Gradients: Modulations in Leaf Biophysical and Biochemical Functional Traits.- Chapter 35. Examining Turgor Maintenance Mechanisms in Rhododendron arboreum and Quercus lanata within Shivapuri Nagarjun National Park, Nepal.- Chapter 36. Regulation of Ambient Air Temperature through Trees: A Comparison between Industrial and Rural Belt in the State of West Bengal, India.- Chapter 37. Hydrological Variability in Indian Forest Ecosystem: Analysis of Drought Resilience, Recovery and Water Use Efficiency in Moist and Dry Deciduous Forests.- Chapter 38. Climate Change-Induced Forest Ecosystem Functioning and Alteration in Water-Atmosphere-Soil-Plant (WASP) Relationship.- Chapter 39. Climate-Induced Changes in Forest Ecosystems of Indian Himalayan Region: A Meta-Analysis.- Chapter 40. Policies, Strategies, and Regulatory Framework for Sustainable Urban Forest Management.

Hukum Singh is a forest physiology and climate change scientist associated with the Forest Research Institute in Dehradun, India. His research covers eco-physiology, plant responses to abiotic stresses, climate-smart forestry, climate change adaptation and mitigation, urban pollution, urban forestry, and more.

• Chapter 1. Climate Change and Environmental Pollution: Biological Consequences on Urban Forests.- Chapter 2. Urban Forests: Importance, Challenges and Opportunities.- Chapter 3. Urbanization and Climate Change: Impacts, Adaption and Mitigation Strategies.- Chapter 4. Biological Insights into the Adaptive Responses of Medicinal Plants to Changing Urban Environments.- Chapter 5. Unraveling Urban Plant Strategies for Heavy Metal Uptake and Detoxification.- Chapter 6. Tree species suitability for adapting to urban air pollution and climate change.- Chapter 7. Phenological Shifts in Forest Ecosystems: A Strategic Response to Climate Change and Environmental Stress.- Chapter 8. Understanding the Impact of Climate Change and Environments on Urban Forests: Insights from Morphological, Physiological, and Molecular Perspectives.- Chapter 9. Unveiling the Arboreal Responses to Edaphic Factors in Urban Forest Ecosystems.- Chapter 10. Alteration in Biochemical and Molecular Expression of Trees in Response to Changing Climatic and Environmental Pollution.- Chapter 11. Plant growth regulators/promoters mediated adaptation and tolerances in urban plants for enhancing resilience towards multiple stresses.- Chapter 12. Enhancing Adaptation and Stress Tolerance in Urban Plants through Plant Growth-Promoting Rhizobacteria (PGPR).- Chapter 13. Enhancing Urban Sustainability through Heavy Metal Extraction: Mechanisms, Challenges, and Environmental Impact.- Chapter 14. Urban Tree Responses to Climate Change and Environmental Pollution.- Chapter 15. Biological Insights into Forest Adaptation to Climate Change: Ecosystem Resilience and Adaptation.- Chapter 16. Unraveling the Tapestry of Plant Phenology in the Face of Climate Change and Environmental Stress.- Chapter 17. Role of Urban Forests in Modulating Urban Climate.- Chapter 18. Urban Forests and Carbon Sequestration.- Chapter 19. Urban Tree Selection and Management Strategies for Climate Adaptation.- Chapter 20. Ecosystem services provided by urban and peri-urban forests.- Chapter 21. Ecosystem Services and Maintaining Their Flow in Urban Environments: Nurturing Sustainable Flow in Urban Environments.- Chapter 22. Advancing Urban Forest Resilience: Strategies, Challenges, and Innovations in the Face of Climate and Environmental Change.- Chapter 23. Urban Forests: Benefits, Barriers, and Sustainable Solutions.- Chapter 24. Stubble Burning and Urban Environmental Pollution: Impacts and Control Measures.- Chapter 25. Urban Forests and Microclimate Regulation.- Chapter 26. The Potential of People’s Engagement by Green Taxation to Maintain Urban Green Space.- Chapter 27. Biotechnological Innovations in Urban Forestry: Adapting and Mitigating Climate Change and Environmental Pollution.- Chapter 28. Molecular and Gene Expression in Plants under Climate Change and Urban Environment.- Chapter 29. Molecular insights into the modulation of gene expression in trees under abiotic stresses.- Chapter 30. Biological Consequences of Cell Phone Radiation on Plants in Urban Environments.- Chapter 31. Consequences of Artificial Light at Night (ALAN) on Urban Tree Functioning: A Case Study.- Chapter 32. Understanding the Carbon Sequestration Potential of Urban Gardens and Parks: Implications for Sustainable Urban Planning and Environmental Conservation.- Chapter 33. Role of Urban Trees in Minimizing the Atmospheric Carbon Dioxide Level of the Megacity of Kolkata, India.- Chapter 34. Adaptive Strategies of Quercusleucotrichophora in Different Environmental Gradients: Modulations in Leaf Biophysical and Biochemical Functional Traits.- Chapter 35. Examining Turgor Maintenance Mechanisms in Rhododendron arboreum and Quercus lanata within Shivapuri Nagarjun National Park, Nepal.- Chapter 36. Regulation of Ambient Air Temperature through Trees: A Comparison between Industrial and Rural Belt in the State of West Bengal, India.- Chapter 37. Hydrological Variability in Indian Forest Ecosystem: Analysis of Drought Resilience, Recovery and Water Use Efficiency in Moist and Dry Deciduous Forests.- Chapter 38. Climate Change-Induced Forest Ecosystem Functioning and Alteration in Water-Atmosphere-Soil-Plant (WASP) Relationship.- Chapter 39. Climate-Induced Changes in Forest Ecosystems of Indian Himalayan Region: A Meta-Analysis.- Chapter 40. Policies, Strategies, and Regulatory Framework for Sustainable Urban Forest Management.

Hukum Singh is a forest physiology and climate change scientist associated with the Forest Research Institute in Dehradun, India. His research covers eco-physiology, plant responses to abiotic stresses, climate-smart forestry, climate change adaptation and mitigation, urban pollution, urban forestry, and more.

• Chapter 1. Climate Change and Environmental Pollution: Biological Consequences on Urban Forests.- Chapter 2. Urban Forests: Importance, Challenges and Opportunities.- Chapter 3. Urbanization and Climate Change: Impacts, Adaption and Mitigation Strategies.- Chapter 4. Biological Insights into the Adaptive Responses of Medicinal Plants to Changing Urban Environments.- Chapter 5. Unraveling Urban Plant Strategies for Heavy Metal Uptake and Detoxification.- Chapter 6. Tree species suitability for adapting to urban air pollution and climate change.- Chapter 7. Phenological Shifts in Forest Ecosystems: A Strategic Response to Climate Change and Environmental Stress.- Chapter 8. Understanding the Impact of Climate Change and Environments on Urban Forests: Insights from Morphological, Physiological, and Molecular Perspectives.- Chapter 9. Unveiling the Arboreal Responses to Edaphic Factors in Urban Forest Ecosystems.- Chapter 10. Alteration in Biochemical and Molecular Expression of Trees in Response to Changing Climatic and Environmental Pollution.- Chapter 11. Plant growth regulators/promoters mediated adaptation and tolerances in urban plants for enhancing resilience towards multiple stresses.- Chapter 12. Enhancing Adaptation and Stress Tolerance in Urban Plants through Plant Growth-Promoting Rhizobacteria (PGPR).- Chapter 13. Enhancing Urban Sustainability through Heavy Metal Extraction: Mechanisms, Challenges, and Environmental Impact.- Chapter 14. Urban Tree Responses to Climate Change and Environmental Pollution.- Chapter 15. Biological Insights into Forest Adaptation to Climate Change: Ecosystem Resilience and Adaptation.- Chapter 16. Unraveling the Tapestry of Plant Phenology in the Face of Climate Change and Environmental Stress.- Chapter 17. Role of Urban Forests in Modulating Urban Climate.- Chapter 18. Urban Forests and Carbon Sequestration.- Chapter 19. Urban Tree Selection and Management Strategies for Climate Adaptation.- Chapter 20. Ecosystem services provided by urban and peri-urban forests.- Chapter 21. Ecosystem Services and Maintaining Their Flow in Urban Environments: Nurturing Sustainable Flow in Urban Environments.- Chapter 22. Advancing Urban Forest Resilience: Strategies, Challenges, and Innovations in the Face of Climate and Environmental Change.- Chapter 23. Urban Forests: Benefits, Barriers, and Sustainable Solutions.- Chapter 24. Stubble Burning and Urban Environmental Pollution: Impacts and Control Measures.- Chapter 25. Urban Forests and Microclimate Regulation.- Chapter 26. The Potential of People’s Engagement by Green Taxation to Maintain Urban Green Space.- Chapter 27. Biotechnological Innovations in Urban Forestry: Adapting and Mitigating Climate Change and Environmental Pollution.- Chapter 28. Molecular and Gene Expression in Plants under Climate Change and Urban Environment.- Chapter 29. Molecular insights into the modulation of gene expression in trees under abiotic stresses.- Chapter 30. Biological Consequences of Cell Phone Radiation on Plants in Urban Environments.- Chapter 31. Consequences of Artificial Light at Night (ALAN) on Urban Tree Functioning: A Case Study.- Chapter 32. Understanding the Carbon Sequestration Potential of Urban Gardens and Parks: Implications for Sustainable Urban Planning and Environmental Conservation.- Chapter 33. Role of Urban Trees in Minimizing the Atmospheric Carbon Dioxide Level of the Megacity of Kolkata, India.- Chapter 34. Adaptive Strategies of Quercusleucotrichophora in Different Environmental Gradients: Modulations in Leaf Biophysical and Biochemical Functional Traits.- Chapter 35. Examining Turgor Maintenance Mechanisms in Rhododendron arboreum and Quercus lanata within Shivapuri Nagarjun National Park, Nepal.- Chapter 36. Regulation of Ambient Air Temperature through Trees: A Comparison between Industrial and Rural Belt in the State of West Bengal, India.- Chapter 37. Hydrological Variability in Indian Forest Ecosystem: Analysis of Drought Resilience, Recovery and Water Use Efficiency in Moist and Dry Deciduous Forests.- Chapter 38. Climate Change-Induced Forest Ecosystem Functioning and Alteration in Water-Atmosphere-Soil-Plant (WASP) Relationship.- Chapter 39. Climate-Induced Changes in Forest Ecosystems of Indian Himalayan Region: A Meta-Analysis.- Chapter 40. Policies, Strategies, and Regulatory Framework for Sustainable Urban Forest Management.