This book reviews the most recent research on soil, vegetation, and ecosystems within forestry landscapes under the pressures of climate change. It also explores the interplay between climate change, forest ecology, and human interventions. Covering a diverse array of topics such as carbon sequestration, wildfire impacts, soil biogeochemistry, and methane emissions, the book incorporates scientific research and management strategies to provide a holistic understanding of the challenges and opportunities for forest management amidst climate change.

In this book, readers will find the most up-to-date afforestation and forest management techniques for controlling greenhouse gas (GHG) emissions and carbon sequestration in the forestry system. The readers of this book will gain a new perspective on forests by learning about new forestry techniques, forest vegetation change, natural and artificial disturbances, soil greenhouse gases, and soil chemistry, all while emphasizing the critical relationship between Environmental Chemistry and Forestry.

Focusing on the practices of the Asia-Pacific Network for Sustainable Forest Management and Rehabilitation (APFNet) Projects, the book offers insights into practical approaches and solutions for addressing climate change within forest ecosystems and provides evidence-based recommendations for sustainable forest management and adaptation strategies.

This unique volume, which includes contributions from respected scholars, emphasizes the importance of interdisciplinary collaboration in addressing the complex challenges posed by climate change in forest ecosystems. It also aims to raise awareness among forestry researchers, officials, and policymakers about the growing importance of forest ecosystems as a result of global climate change.

Outlines options for forest ecosystems to mitigate climate change Provides insights to new advances in worldwide forestry practices Discusses the critical interplay between Environmental Chemistry and Forestry

Autorentext

Prof. Yixiang Wang is a full professor of forest science in the College of Carbon Neutrality at Zhejiang A&F University, Zhejiang Province Key Think Tank: Institute of Ecological Civilization, Zhejiang A&F University Hangzhou, China, where he is the vice dean from 2018 to present. His main interests includes forestry, mitigation climate change, forest management, forest ecosystem, UAV remote sensing and natural capital accounting. He has published more than 100 papers. He has also served as the Editorial Board member of Science of The Total Environment.

Dr. Manuel Esteban Lucas Borja is a professor of forests in the School of Advanced Agricultural and Forestry Engineering at Castilla La Mancha University. Since 2005, Manuel has been working on different research projects and teaching activities at Castilla La Mancha University (Spain). Manuel developed his doctoral thesis in Cuenca Mountains working on Spanish black pine (Pinus nigra Arn. ssp salzmannii) natural regeneration and sustainable forest management. He had also spent some years in different European and national universities and research institutes as for example Edinburgh University (Scotland), Instituto Superior de Agronomía de Lisboa (Portugal), Tras-Os-Montes e Alto Douro University (Portugal) and Centro de Biología Aplicada del Segura (Spain) or USDA Forest Service (Rocky Mountains Research Station, Arcata). Manuel is currently involved in many different research and teaching activities at the School of Advanced Agricultural and forestry Engineering (Castilla La Mancha University). His core research and teaching interest are related to ecological forest restoration, postfire management strategies effects on forest plant biodiversity, soil properties and multiple ecosystem functions, including nutrient cycling, climate regulation, waste decomposition, symbiosis, wood production and water regulation. Moreover he actively works on soil erosion, assessing hydrological behaviour and sediment connectivity in contrasting landscapes and forest ecosystem management under the sustainabilityand multifunctionality forestry principles within the context of climate change.

Dr. Zhibin Sun is a full professor in the School of Mathematical Sciences at Nanjing Normal University (China). He received his Ph.D. in Applied Mathematics at the University of Maryland, Baltimore County (USA) in 2007. His research focuses on data assimilation theory and application, nonlinear dynamical systems, remote sensing applications, and machine learning. He served as a Conference Committee member of the International Society for Optical Engineering (SPIE) from 2014 to 2018, a guest editor of Science of The Total Environment, and an associate editor of Frontiers of Earth Science.

Dr. Paulo Pereira is a full professor at Mykolas Romeris University (Lithuania). He completed his Ph.D. at the University of Barcelona (Spain-2010) and has a Post-Doc from Michigan State University (USA-2016). Since 2014 he is the head of the Environmental Management Laboratory (Mykolas Romeris University- Lithuania). In 2015 Dr. Paulo awarded the Soil System Sciences Division, Outstanding Young Scientist. He published more than 90 Sci articles, 35 book chapters, and edited 3 books as the main editor in the fields of fire and soil degradation. Dr. Paulo serves as Associate editor in chief of the journal Geography and Sustainability, associated editor of The Science of the Total Environment and Heliyon, topical editor of Solid Earth, guest editor of Environmental Research, Journal of Environmental Management, Catena and Land Degradation and Development. He is also a member of the editorial board of several journals such as Current Opinion in Environmental Science and Health, Geoderma, Data in Brief and Remote Sensing.

Inhalt

Practices of APFNet Project Activities in Addressing Climate Change.- Effects of Changing Fire Regimes and Post-Fire Salvage Logging on Forest Ecosystems.- The impact of climate change on forest hydrology.- The Effect of Harvest on Forest Soil N2O Fluxes: A Review.- Effects of forest management on soil organic carbon stability and Dynamics in Chinese fir plantation.- Forest soils and greenhause gas emissions: In natural forest, degraded and plantation ecosystems.- Strategy of forest management in relation to climate change- case study in SFA Forest Pilot Sites.- Typical Mathematical and Statistical Methods in the Cycle of Carbon and Nitrogen in Forest Soil.- The impact of nitrogen deposition on Forest soil respiration.- Forest Management Systems and Carbon, Nitrogen, Phosphorous Cycling.- Managed Forests and Methane: Recent Research and Prospects for Best Management Practices.- Impact of the 2008 ice storm on forests in southeast China.