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Pricing: 55.00 Climate Resources Science comprehensively introduces the main contents of climate resources science, and systematically expounds the basic concepts, distribution laws, change characteristics and research methods of climate resources. * * * is divided into eight chapters: The first chapter is the introduction, including the scientific system of resources, the overview of natural resources and the general theory of climate resources; The second to sixth chapters respectively introduce solar radiation, heat, moisture, wind energy and air resources and their comprehensive utilization, including the quantitative determination, quality analysis, development and utilization of climate resources. Chapters 7 and 8 respectively introduce the calculation method and comprehensive analysis method of climate resources, including the calculation of illumination, temperature and precipitation, comprehensive evaluation, utilization zoning and development and utilization decision of regional climate resources.
Climate Resources can be used as a course textbook for undergraduates majoring in atmospheric science, applied meteorology, physical geography, resources, environment and urban and rural planning, and also as a reference book for scientific researchers in meteorology, geography, hydrology, resource management and planning. order
The first chapter is introduction.
1. 1 resource science system
1. 1. 1 extension of resource definition
1. 1.2 discipline system of resources science
1. 1.3 Research methods of resource science
1. 1.4 development trend of resource science
1.2 Overview of natural resources
1.2. 1 definition of natural resources
1.2.2 Classification of natural resources
1.2.3 characteristics of natural resources
1.2.4 natural resources development strategy
1.3 summary of climate resources
1.3. 1 concept of climate resources
1.3.2 Formation of climate resources
1.3.3 characteristics of climate resources
1.3.4 principles of climate resource utilization
1.3.5 scientific research contents of climate resources
refer to
Chapter II Solar Radiation Resources and Their Comprehensive Utilization
2. 1 solar radiation and astronomical climate
2. 1. 1 solar radiation type
2. Characterization of1.2 radiation field
2. 1.3 astronomical climate on the earth
2. 1.4 surface radiation balance
2.2 Climatological calculation of ground solar radiation
2.2. 1 formula for calculating total ground radiation
2.2.2 Calculation method of regional total radiation
2.2.3 Calculation of direct radiation and scattered radiation
2.3 Distribution and change of solar radiation resources
2.3. 1 total ground radiation
2.3.2 Direct solar radiation
scattered radiation
2.3.4 sunshine and sunshine length
2.4 Solar energy and crop production
2.4. 1 photosynthetic effective radiation
2.4.2 light intensity and photosynthesis intensity
2.4.3 Utilization ratio of light energy
2.4.4 Photosynthetic production potential
2.5 Comprehensive utilization of solar energy
2.5. 1 solar energy utilization zoning
2.5.2 Photothermal conversion and its application
2.5.3 photoelectric conversion and its application
2.5.4 Photochemical transformation and its utilization
refer to
Chapter III Heat Resources and Their Utilization
3. 1 surface heat balance
3. Calculation method of1.1heat flux
3. 1.2 Variation characteristics of heat flux
3. 1.3 Ground heat source and cold source
3.2 heat source representation and determination method
3.2. 1 Frost-free period and growth period
Agricultural boundary temperature
Temperature intensity index
Temperature cumulative index
3.3 Distribution characteristics of heat resources
3.3. 1 frost-free period distribution
Distribution of limit temperature
Distribution of average temperature
Accumulated temperature distribution
3.4 Heat resources and agricultural production
3.4. 1 Effect of temperature on crop production
3.4.2 Light and temperature production potential
3.4.3 Production potential of planting system
3.4.4 Agricultural utilization of heat resources
3.5 Analysis method of heat resources
3.5. 1 heat resource statistics and its statistical methods
3.5.2 Draw the time-varying diagram and isoline diagram of the heat source.
3.5.3 Drawing and application of heat source assurance rate curve.
3.5.4 Drawing and application of nomogram of heat source
3.5.5 Application of Heat Source Periodic Diagram
refer to
Chapter IV Water Resources and Their Utilization
4. 1 surface water balance
4. 1. 1 water content on the earth
4. 1.2 water transport on the earth
4. 1.3 water cycle on the earth
4. 1.4 water balance on the earth
4.2 Determination method of water resources
4.2. 1 precipitation statistics
4.2.2 Determine the evaporation force
Calculation of evaporation
4.2.4 Runoff Calculation
4.3 Distribution law of water resources
4.3. 1 precipitation distribution
Distribution of evaporation
Distribution of runoff
4.4 Analysis of farmland moisture status
4.4. 1 soil moisture analysis
4.4.2 Analysis of Plant Water Requirement
4.4.3 Analysis of water consumption in the factory
4.4.4 Analysis of Supply and Demand Balance of Farmland Water Resources
4.5 Application of water resources theory
4.5. 1 crop productivity model
4.5.2 Planting system and structure optimization model
4.5.3 Law of crop water supply and demand and optimal irrigation scheme
4.5.4 Pre-waterlogging analysis and research on wet and dry index
4.5.5 Study on Land Desertification
refer to
Chapter V Wind Energy Resources and Their Utilization
5. 1 Calculation method of wind energy
5. 1. 1 wind energy and wind energy density
The probability distribution of wind speed is 5. 1.2.
5. 1.3 wind energy calculation method
5.2 Temporal and spatial distribution of wind energy resources
5.2. 1 Geographical distribution of wind energy
5.2.2 Time variation of wind energy
5.2.3 Vertical variation of wind energy
5.3 Division method of wind energy resources
5.3. 1 China wind energy zoning
Wind energy zoning index
5.3.3 Main features and types of each district.
5.4 Development and utilization of wind energy resources
5.4. 1 wind energy utilization system
5.4.2 Wind energy resource evaluation system
5.4.3 Meteorological problems of wind farm site selection
5.4.4 Utilization status and development strategy of wind energy resources
5.5 Wind direction and wind pressure and their application
5.5. 1 prevailing wind direction
Wind direction type
Local wind power
5.5.4 Calculation and application of wind pressure
refer to
Chapter VI Air Resources and Their Utilization
6. 1 concept of air resources
6. 1. 1 air resource attribute
6. 1.2 air resource quality assessment
6. 1.3 air resource value
6. 1.4 Protection and management of air resources
6.2 Composition of air resources
6.2. 1 air composition
Oxygen in the air
carbon dioxide
6.2.4 Other gases
6.3 Comprehensive utilization of air resources
6.3. 1 Direct utilization of air resources
6.3.2 Indirect utilization of air resources
refer to
Chapter VII Calculation Methods of Climate Resources
7. 1 solar energy resource calculation
The total solar radiation is calculated as 7. 1. 1
7. 1.2 Calculation of Photosynthetic Effective Radiation
The sunshine hours are calculated as 7. 1.3.
7.2 Calculation of heat resources
+0 series correction of temperature data
7.2.2 Calculation method of average temperature in February
7.2.3 Calculation of Initial and Final Dates of Boundary Temperature
7.2.4 Calculation of heat source assurance rate
7.3 Calculation of water resources
7.3. 1 series precipitation data correction
7.3.2 Calculation of annual average precipitation
7.3.3 Calculation of monthly average precipitation
7.3.4 Calculation of precipitation guarantee rate and return period
7.4 Calculation of Wind Energy Resources
7.4. 1 correction of short-term wind direction survey data
7.4.2 Correction of short-term wind speed measurement data
7.4.3 Calculation of wind direction frequency and boundary wind speed
7.4.4 Numerical simulation method of complex terrain wind field
refer to
Chapter VIII Comprehensive Analysis of Climate Resources
8. 1 Fuzzy comprehensive evaluation of climate resources
8. The basic principle of1.1
8. 1.2 evaluation methods and steps
8. 1.3 Application of Fuzzy Comprehensive Evaluation Method
8.2 Cluster analysis of climate resources
8.2. 1 Basic principles
8.2.2 Analysis Methods and Steps
8.2.3 Application of Cluster Analysis Method
8.3 Hierarchical analysis of climate resources
8.3. 1 Basic principles
8.3.2 Analysis Methods and Steps
8.3.3 Application of Analytic Hierarchy Process
8.4 Division of Comprehensive Utilization of Climate Resources
8.4. 1 Basic principles
8.4.2 zoning methods and steps
8.4.3 Zoning for Comprehensive Utilization of Climate Resources
8.5 Decision on Development and Utilization of Climate Resources
8.5. 1 Basic concepts
8.5.2 Decision-making Methods and Steps
8.5.3 Agricultural Optimal Decision-making of Future Climate Change
refer to