{"product_id":"climate-resilience-and-data-forecasting-ebook","title":"Climate Resilience and Data Forecasting","description":"\u003cp\u003eChapter 1. Research on Sponge City Construction in Lin’an District during the “14th Five-Year Plan” Period.- Chapter 2. Impact of Photovoltaic System Construction on Ecological Environment.- Chapter 3. Remote Sensing Monitoring for Carbon Neutrality: High-Precision Tracking of Greenhouse Gas Emissions and Carbon Sink Dynamics.- Chapter 4. Spatial Distribution Patterns and Interrelationships of Soil Organic Matter and pH in Cultivated Lands of Nenjiang City, Heilongjiang Province,- Chapter 5. Current Status and Ecological Characteristics of Grassland Resources in Heilongjiang Province: A Comprehensive Analysis Based on the 2021 Grassland Resource Survey and Monitoring.- Chapter 6. The Causes and Risk Management of Abnormal Temperature Phenomena in China in Early 2025 under the Background of Global Warming: A Comparative Analysis with the Snow Disaster in Southern China in Early 2008.- Chapter 7. Characteristics and Change Trend of Atmospheric Compound Pollution in Hebei Province.- Chapter 8. Analysis of PMV-PPD Indicators for Indoor Public Activity Spaces in Kindergartens Under Sunny, Cloudy and Dusty Weather Conditions.- Chapter 9. Spatiotemporal Dynamics of Vegetation Transpiration and Its Response to Greenhouse Gas Emissions in China.- Chapter 10. The Multi-Scale Driving Mechanism of Spatio-Temporal Evolution of urban Greenland on Carbon Storage: A Case Study of Nanjing.- Chapter 11. Quantifying Non-Carbon Benefits and Designing Tiered Ecological Compensation: Evidence from Forest Carbon Sink Projects in Qingyuan, China.- chapter 12. Comparative Study on the Freeze - Thaw Characteristics of Meteorological and Seasonal Frozen Soils around Lakes—A Case Study of the Area around Xingkai Lake.- Chapter 13. Monitoring and Evaluation of the Natural Forest Protection Project in the Upper Reaches of the Yangtze River.- Chapter 14. Ecological Compensation Accounting for the Hanjiang River water source area of South-to-North Water Diversion Central Route Based on Ecosystem Service Value.- Chapter 15. Progress of Carbon Sinks Assessment and Carbon Sequestration Technology of Urban Green Space Networks (UGSNs) Based on Bibliometric Analysis.- Chapter 16. Revealing Hidden Ecological Surplus: A Novel UECC-UEPI Framework for Semi-Arid Urban Sustainability.- Chapter 17. Coupling Coordination Dynamic of Tourism-Driven Urbanization and Ecosystem Health in Karst Regions: Evidence from Sustainable Development Innovation Demonstration Zone – Guilin, China.- Chapter 18. Spatio-Temporal Optimization of Seismic Resilience: Quantifying Vulnerability Hotspots in BRI Urban Frontiers.- Chapter 19. Study on the Characteristics and Prediction Technology of Maximum Snow Depth in Shihezi Area from 1960 to 2024.- Chapter 20. Evaluation and Optimization Strategies of Lake–Urban Breezes Circulations under Planning Scenarios: A Case Study of Xiong’an New Area.- chapter 21. Morphological Resilience Assessment in Historic Districts: A Framework Integrating Urban Form and Case Application in Jinan Historic Commercial District.- chapter 22. Dynamic Air Quality Benefits of Green Roofs: Enhanced Particulate Removal during Calm Nights Revealed by Paired Monitoring.- chapter 23. Integrating Allometric Equations and Three-Dimensional Structural Data for Accurate Estimation of Mangrove Community Carbon Storage.- Chapter 24. Simulation Analysis of Carbon Tax Policy on CO2 and Air Pollutants Reduction Effects in China's Freight Transportation Sector.- Chapter 25. Under the Dual Carbon Background, a Systematic Solution for Zero Carbon Parks - Taking the Foshan Maintenance Center of Southern Power Grid as an Example.- Chapter 26. Quantifying and Improving Building Energy Flexibility with Coordinated PV-Battery Systems: A Data-Driven Model-Based Approach.- chapter 27. The Impact of the Pilot Policies for Low-Carbon Cities on Environmental Pollution Control: Taking the Second-Batch Pilot Cities as an Example.- Chapter 28. Joint Decarbonisation Efforts for Neutralizing China's Transport Sector.- Chapter 29. Research on Design Strategies of Industrial Communities Based on Constructing Industrial Ecosystems.- Chapter 30. Prediction of the Realization of Regional Dual Carbon Goals——Modeling Analysis Based on Relevant Factors of Carbon Emissions in Inner Mongolia.- Chapter 31. Research and Application of Key Technologies for 'Zero-Carbon' Construction in Revolutionary Areas.- Chapter 32. Carbon Trading Policies and Industrial Carbon Emissions: Insights from Regional Heterogeneity.- Chapter 33. Causal Identification of Heterogeneous Emission Responses: Internal Carbon Pricing Efficacy in China's Power Grid via PSM-DID Framework.- Chapter 34. Research on Carbon Emission Reduction Pathways in the Materialization Phase of Low-Rise Prefabricated Buildings in Chongqing Based on Life Cycle Assessment.- chapter 35. Research on the Emission Reduction Path of China's Transportation Industry Driven by Hydrogen Energy.- Chapter 36. Empirical Research on Carbon Inclusive Optimization of Sustainable Fashion Consumption in Shanghai.- Chapter 37. Study on Carbon Emissions of Buildings with Different Assembly Rates in Materialization Stage.- Chapter 38. Economic Analysis and Application Strategy Research of Carbon Capture Technologies.- chapter 39. Whole-Life Cycle \"Carbon Account Book\" of Residential Buildings: Accurate Carbon Emission Measurement and Emission Reduction Strategies for a Project.- Chapter 40. Decoding the Inverted U-Shaped Nexus: Digital Financial Inclusion and Air Pollution in China's Carbon-Neutral Transition.- chapter 41. The Guangdong-Hong Kong-Macao Greater Bay Area Has Achieved Coordinated Governance of the \"Dual Carbon\" Goals Existing Problems and Paths.- chapter 42. Exploring Green and Low-Carbon Community Design Through a Dual-Carbon Lens.- Chapter 43. Optimizing Water Pollution Taxes in Inner Mongolia: A Dynamic CGE Model Study Balancing Taxation and River Self-Cleaning Capacity.- Chapter 44. Three Level Calculation Method of Ship Shore Power Emission Reduction Based on Different Data Statistics.\u003c\/p\u003e","brand":"Bao-Jie He","offers":[{"title":"Default Title","offer_id":53628210708807,"sku":"9783032119100","price":298.53,"currency_code":"EUR","in_stock":true}],"thumbnail_url":"\/\/cdn.shopify.com\/s\/files\/1\/0920\/5455\/2903\/files\/climate-resilience-and-data-forecasting-ebook.webp?v=1775022476","url":"https:\/\/www.cinebuch.de\/products\/climate-resilience-and-data-forecasting-ebook","provider":"CineBuch","version":"1.0","type":"link"}