1Preface
203Parts of the Solar Water Heating System
2Chapter 1. Climate and Climate Systems
204Working of a solar water heater
31.1 Introduction: 1.1.1 Meaning of Climate
205Uses of solar water heater
41.2 Difference between Climate and Weather
2068.2.2 Air Source Heat Pumps
51.3 Climate Classification
2078.2.3 Ground Source Heat Pumps: Direct alternate geothermal device
61.3.1 Tropical Wet
2088.2.4 Combined Heat and Power (CHP)
71.3.2 Tropical Wet And Dry
2098.2.5 Biomass Heating: Forest Health
81.3.3 Semiarid
2108.2.6 Efficient Gas Boiler
91.3.4 Desert (arid)
2118.2.7 Solar Photovoltaic
101.3.5 Mediterranean
2128.2.8 Wind Turbines: Components
111.3.6 Humid Subtropical
2138.3 Summary
121.3.7 Marine West Coast
2148.4 Inquiries
131.3.8 Humid Continental
2158.5 Reference
141.3.9 Subarctic
216Chapter 9. Measures to Control Climate Change: Utilization of Green Finance in the Agricultural Sector
151.3.10 Tundra
2179.1 Introduction: 9.1.1 Green Finance
161.3.11 Icecap
2189.2 Types of Green Finance
171.3.12 Highland
2199.2.1 Green Bonds
181.4 What is Climate System?
2209.2.2 Green Tagged Loans
191.5 Major Components of Climate System
221(1) Use of proceeds
201.5.1 Atmosphere
222(2) Green undertaking assessment and choice
211.5.2 Hydrosphere
223(3) Management and tracking of use of proceeds
221.5.3 Cryosphere
224(4) Reporting
231.5.4 Lithosphere
2259.2.3 Green Investment Funds
241.5.5 Biosphere
2269.2.4 Climate Risk Insurance
251.6 Importance of Climate System
2279.3 Importance of Green Finance for Agriculture
261.7 Summary
2289.4 Summary
271.8 Inquiries
2299.5 Inquiries
281.9 Reference
2309.6 Reference
29Chapter 2. Changing Climatic Conditions
231Chapter 10. Climate Change in Economic Perspective
302.1 Introduction: 2.1.1 Meaning of Climate change
23210.1 Introduction
312.2 Reason for Climate Change
23310.1.1 The Nordhaus Model
322.2.1 Greenhouse Gases
234Nordhaus’s “DICE” Model
332.2.2 Natural Changes To The Climate
235Nordhaus’s 2007 Results Showed Current UN Target Much Worse Than “Doing Nothing”
342.2.3 Human Causes
236Nordhaus’s 2016 Results Recommend a Ceiling of 3.5°C
352.3 Effects of Climate Change
237Estimates of the Social Cost of Carbon as opposed to the UN’s Implied “Shadow Price.”: In its in advance stated unique record, the UN stated:
362.3.1 Effects Of The Planet
23810.2 How to Boost the Economy?
372.3.2 Effects On Human Race
23910.2.1 Clean Energy Systems
382.4 Summary
24010.2.2 Smarter Urban Developments
392.5 Inquiries
24110.2.3 Sustainable Land Management
402.6 Reference
24210.2.4 Smart Water Management
41Chapter 3. Impacts of Climate Change
24310.2.5 Circular Industrial Economy
423.1 Introduction
24410.3 Summary
433.2 Impact on Ecosystem
24510.4 Inquiries
443.2.1 Timings of Seasonal Life Cycle Events
24610.5 Reference
453.2.2 Range Shifts
247Chapter 11. Green Revolution and Sustainable Agriculture
463.2.3 Food Web Disruptions
24811.1 Introduction: 11.1.1 Impact of Green Revolution on the Environment
473.2.4 Buffer and Threshold Effects
24911.2 Sustainable Agriculture
483.2.5 Pathogens, Parasites, and Diseases
25011.2.1 Role
493.2.6 Risk of Extinction
25111.2.2 Concept
503.3 Impact on Agriculture
25211.3 Principle
513.3.1 On Crops
25311.4 Feasibility
523.3.2 On Livestock
25411.5 Sustainability through Farming Systems
533.3.3 On Fisheries
25511.6 Sustainable agroecosystems
543.4 Impact on Water Resources: 3.4.1 Water Cycle
25611.6.1 Advantages
553.5 Water Demand
25711.6.2 Disadvantages
563.5.1 Water Supply
25811.6.3 Organic Farming
573.5.2 Water Quality
259Energy use:
583.6 Impact on Coasts
260Monocropping:
593.6.1 The Rise In Sea Level
261Imbalance of nutrients and decrease in soil productivity:
603.6.2 Storm Surge and Precipitation
262Pollution:
613.6.3 Coastal Weather Temperature
2631. Soil erosion:
623.6.4 Coral Reefs and Shellfish
2642. Decrease in the organic matter:
633.7 Impact on Energy
26511.6.4 Components Of Organic Farming
643.7.1 Temperature, Energy Demand, and Energy Supply
2661. Organic manures:
653.7.2 Water Availability and Energy
267 2. Non-chemical weed control measures:
663.8 Impact on Forests
268 3. Biological pest management:
673.8.1 Forest Growth
26911.7 Essential characteristics of organic farming
683.8.2 Productivity
27011.8 Advantages of organic farming
693.8.3 Disturbances
27111.9 Limitations of organic farming
703.9 Impact on Human Health
27211.10 Options of organic farming
713.9.1 Temperature Impacts
27311.10.1 Pure Organic Farming
723.9.2 Water-related Sickness
27411.10.2 Integrated Green Revolution Farming
733.9.3 Air Related Sickness: Increases in Ozone
27511.10.3 Integrated Farming System
743.9.4 Food Safety and Nutrition
27611.11 Management of organic farming
753.9.5 Mental Health
27711.12 Optimizing Nutrient Availability
763.9.6 Population of Concern
27811.13 Limiting Nutrient Losses
773.9.7 Diseases
27911.14 Use of Chemical Fertilizers
783.10 Impact on Transportation
28011.15 Nutrient Recycling
793.10.1 Land Transportation
28111.16 Use of Crop Residues
803.10.2 Air Transportation
28211.17 Summary
813.10.3 Marine Transportation
28311.18 Inquiries
823.11 Impact on Society
28411.19 Reference
833.11.1 Vulnerability and Equity: Geographic Location
285Chapter 12. Water Management and Irrigation Practices
843.11.2 Economic Activities and Services
28612.1 Introduction
853.12 Summary
28712.1.1 Importance of Water
863.13 Inquiries
288Physiological Importance :
873.14 Reference
289Ecological Importance
88Chapter 4. Sustainable Agriculture
29012.2 Importance of Irrigation Management
894.1 Introduction: 4.1.1 Meaning of Sustainable Agriculture
29112.2.1 Effective Irrigation
904.2 Purpose of Sustainable Agriculture
29212.2.2 Irrigation Management
914.3 Sustainable Agriculture Practices
29312.2.3 Importance
924.3.1 Rotating Crop
29412.2.4 Impact Of Excess And Insufficient Irrigation Water In Crops
934.3.2 Embracing Diversity
29512.3 Sources of Water
944.3.4 Eliminating or Reducing Tillage
29612.3.1 Surface Water
954.3.5 Applying Integrated Pest Management Methods
29712.3.2 Rainfall
964.3.6 Integrating Crops and Livestock
29812.3.3 Sub Surface Water
974.3.7 Adopting Agro-forestry Practices
29912.4 Classification of Irrigation Work
984.3.8 Managing Entire Landscapes and Systems
30012.5 Crop Water Requirement
994.4 Goals of Sustainable Agriculture
30112.6 Evaporation
1004.5 Benefits of Sustainable Agriculture
30212.7 Transpiration
1014.6 Struggles of Sustainable Agriculture
30312.8 Evapotranspiration or Consumptive Use
1024.7 Ways to improve Agriculture Sustainability
30412.9 Irrigation Requirement
1034.8 Summary
30512.10 Effective Rainfall
1044.9 Inquiries
30612.11 Factors influencing ER
1054.10 Reference
30712.12 Methods of Irrigation
106Chapter 5. Measures to Control Climate Change: Carbon Sequestration
30812.13 Classification of Irrigation Methods
1075.1 Introduction: 5.1.1 What is Carbon Sequestration?
30912.13.1 Surface Or Gravity Irrigation
1085.2 Objectives of Carbon Sequestration
310 Advantages
1095.3 Types of Carbon Sequestration
311Prerequisites
1105.3.1 Ocean Sequestration
31212.13.2 Classification
1115.3.2 Geologic Sequestration
313Border strip method
1125.3.3 Terrestrial Sequestration
314Check basin method (beds and channel)
1135.4 Geologic Sequestration Trapping Mechanisms
315Basin method
1145.4.1 Hydrodynamic Trapping
316Ring basin
1155.4.2 Solubility Trapping
317Furrow method of irrigation
1165.4.3 Mineral Carbonation
318Surge irrigation
1175.5 Carbon Sources and Carbon Sinks
31912.14 Weirs
1185.6 Summary
32012.14.1 Precautions
1195.7 Inquiries
32112.14.2 Limitations
1205.8 Reference
32212.15 Orifices
121Chapter 6. Measures to Control Climate Change: Climate-Smart Agriculture
32312.16 Tracer method
1226.1 Introduction: 6.1.1 Meaning Of Climate-Smart Agriculture
32412.17 Irrigation Scheduling
1236.2 Need for Climate-smart agriculture
32512.18 Practical considerations
1246.3 Implementing Climate-smart agriculture
32612.18.1 Crop Factors
1256.3.1 Designing The Methodology
32712.18.2 Type Of Soil
1266.3.2 Assessing And Prioritizing
32812.18.3 Irrigation Methods
1276.3.3 Analyzing And Planning: Implementing, Monitoring, And Learning To Scale Up Best Practices
32912.18.4 Irrigation Interval
1286.4 Summary
33012.18.5 Minimum Spreadable Depth
1296.5 Inquiries
33112.19 Theoretical approaches
1306.6 Reference
33212.19.1 Direct Approach
131Chapter 7. Measures to Control Climate Change: Sustainable Agricultural Practices
33312.19.2 Indirect Or Predictive Approach
1327.1 Introduction
33412.19.3 Mathematical Approach
1337.1.1 Make use of Renewable Energy Sources
33512.19.4 System As A Whole Approach
134Wind Power:
33612.20 Direct approach
135Biomass Energy:
33712.20.1 Depth Interval And Yield Approach : Disadvantages
136Geothermal Energy:
33812.20.2 Soil Moisture Deficit And Optimum Moisture Regime Approach : Disadvantages
1377.2 Integrated Pest Management
33912.20.3 Sensitive Crop Approach
1387.2.1 Acceptable Pest Ranges
34012.20.4 Plant Observation Method : Disadvantage
1397.2.2 Preventive Cultural Practices
34112.20.5 Indicator Plant Technique
1407.2.3 Monitoring
34212.20.6 Micro Plot Technique Or Indicator Plot Technique
1417.2.4 Mechanical Controls
34312.21 Irrigation Management
1427.2.5 Biological Controls
34412.21.1 Rice
1437.2.6 Responsible Use
34512.21.2 Groundnut
1447.3 Hydroponics and Aquaponics
34612.21.3 Finger Millet
1457.3.1 Static Solution Culture
34712.21.4 Sugarcane
1467.3.2 Continuous-flow Solution Culture
34812.21.5 Maize
1477.3.3 Aeroponics
34912.21.6 Cotton
1487.3.4 Fogponics
35012.22 Irrigation Management under Limited Water Supply
1497.3.5 Passive Sub-irrigation
35112.22.1 Water Scarcity Conditions
1507.3.6 Ebb and flow (flood and drain) sub-irrigation
35212.22.2 Drought Alleviating Methods for Irrigated Dry (ID) Crops
1517.3.7 Deepwater Culture: Top-fed deep water culture
353Contingent plan for sugarcane
1527.4 Crop Rotation
354Contingent plan for groundnut
1537.4.1 Row Plants
355Contingent plan for cotton
1547.4.2 Legumes
356Other management techniques
1557.4.3 Grasses And Cereals
35712.23 Systems of Drainage
1567.4.4 Green Manure
35812.23.1 Random
1577.4.5 Incorporation Of Cattle
35912.23.2 Herringbone
1587.4.6 Intercropping
36012.23.3 Gridiron
1597.4.7 Organic Farming
36112.23.4 Interceptor
1607.4.8 Soil Natural Count Number
36212.24 Irrigation Management
1617.4.9 Carbon Sequestration
36312.25 River Command Areas
1627.4.10 Nitrogen Solving
36412.26 Water Release and Water Distribution
1637.4.11 Pathogen And Pest Manipulate
36512.27 Saturation
1647.4.12 Weed Control
36612.28 Field Capacity
1657.4.13 Preventing Soil Erosion
36712.29 Permanent Wilting Point
1667.4.14 Poly-subculture Farming
36812.30 Estimation of Soil Moisture Constants
1677.4.15 Annual Polycultures
36912.30.1 Water Holding Capacity
168Intercropping
37012.30.2 Field Capacity
169Strip cropping
37112.30.3 Moisture Equivalent
1707.4.16 Permaculture
37212.30.4 Wilting Point
1717.4.17 Integrated Aquaculture
37312.30.5 Use Of Pressure Plate Apparatus For Estimating Soil Moisture Constants
1727.4.18 Pest Control
37412.31 Water Movement in Soil-Plant–Atmospheric System
1737.4.19 Disease Manipulate
37512.32 Mechanism of Water Absorption
1747.5 Perma-culture
37612.32.1 Active Absorption : Significance of Osmosis
1757.5.1 Design Standards
37712.32.2 Passive Absorption: Factors Affecting Absorption of Water
1767.5.2 Guilds
37812.33 Crop Response to Irrigation and Fertilizers: 12.33.1 Water And Fertilizer
1777.5.3 Edge Impact
37912.34 Summary
178Zone 0
38012.35 Inquiries
179Zone 1
38112.36 Reference
180Zone 2
382Glossary
181Zone 3
383Index
182Zone 4
384A
183Zone 5
385B
1847.5.4 Domesticated Animals
386C
1857.5.5 Vegan Permaculture
387D
1867.5.6 Suburban Permaculture
388E
1877.5.7 Hügelkultur
389F
1887.6 Crop Diversity
390G
1897.7 Agro-forestry
391H
1907.8 Food forests
392I
1917.9 Natural Pest Eliminators: 7.9.1 Future Directions
393L
1927.10 Biodynamic Farming
394M
1937.11 Managed Grazing
395N
1947.12 Growing Heirlooms and Older Varieties
396O
1957.13 Urban Agriculture
397P
1967.14 Summary
398R
1977.15 Inquiries
399S
1987.16 Reference
400T
199Chapter 8. Measures to Control Climate Change: Development and Dissemination of Low-Carbon Green Technology
401U
2008.1 Introduction: 8.1.1 Meaning of Low–Carbon Green Technology
402V
2018.2 Types of Low-Carbon Green Technology
403W
2028.2.1 Solar Hot Water
