No-till farming : effects on soil, pros and cons and potential
著者
書誌事項
No-till farming : effects on soil, pros and cons and potential
（Agriculture issues and policies series）
Nova Science Publishers, c2010
- : hbk
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注記
Includes bibliographical references and index
内容説明・目次
内容説明
No-till farming (sometimes called zero tillage) is a way of growing crops from year to year without disturbing the soil through tillage. No-till increases the amount of water in the soil, decreases erosion, increases the amount and variety of life in and on the soil and it increases herbicide usage. There is evidence that repeated tillage destroys the soil resource base and causes adverse environmental impacts. Tillage degrades the fertility of soils, causes air and water pollution, intensifies drought stress, consumes fuel, and contributes to global warming. Today, farmers are expected to produce food in ever greater quantities. This is becoming more difficult to do in view of declining soil quality, which can be caused by soil tillage. It is becoming well known that no-till is an effective technique to reduce the degradation of soil. With this way of farming, crop residues or other organic amenities are retained on the soil surface and sowing/fertilising is done with minimal soil disturbance. This book gathers the latest research from around the globe in this field of study.
目次
- Influence of Tillage Systems on Soil Structural Properties
- Effects & After-Effects of 20 Years of Reduced Tillage Practices on Soil Properties & Crop Performance in the Semi-Arid Subtropics in Australia
- Identification & Assessment of Indigenous Soil Erosion Control Measures in the Usambara Mountains, Tanzania
- Fertilization & Crop Residue Management in No-Till Corn Production
- Synergies Between Conventional Soil Organic Carbon, Farm Productivity, Soil Sequestration & Soil Carbon Market Risk in Australia
- Carbon Sequestration in No-Tillage Systems on Tropical Soils of Brazil
- Magnitude & Severity of Channel Irrigation-Induced Landslides on Different Cultivation Systems in the Vegetable Growing Area of the Uluguru Mountains, Tanzania
- Effects of No-Till Farming on Global Weedrelated Problems & Weed Communities of Greece & the Ongoing Challenges of Integrated Weed & Crop Management
- Effects of Agroecological Conditions & Slope Gradient on Tillage Erosion in the Northern Slopes of the Uluguru Mountains, Tanzania
- Surface Stratification of Soil Nutrients in No-Till Limits Nutrient Availability & Reduces Grain Yield
- Remote Sensing to Monitor Nitrogen Deficiencies in No-Till Cornfields.
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