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Crop yields --- Crops --- Physiology --- 633 --- Field crops and their production --- 633 Field crops and their production --- Crop yields. --- Physiology. --- Field crops --- Yields, Crop --- Agricultural productivity --- Soil productivity --- Plant physiology --- Yields --- Crops - Physiology
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Crops and water. --- Crop yields. --- Crops --- Field crops --- Yields, Crop --- Agricultural productivity --- Soil productivity --- Agrohydrology --- Crop-water relationships --- Water and crops --- Water-crop relationships --- Plant-water relationships --- Water in agriculture --- Irrigation farming --- Yields
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Mathematical models are being used more and more widely to study complex dynamic systems (global weather, ecological systems, hydrological systems, nuclear reactors etc. including the specific subject of this book, crop-soil systems). The models are important aids in understanding, predicting and managing these systems. Such models are complex and imperfect. One fundamental research direction is to seek a better understanding of how these systems function, and to propose mathematical expressions embodying that understanding. However, this is not sufficient. It is also essential to have
Crop yields --- Crops --- Agricultural crops --- Crop plants --- Farm crops --- Industrial crops --- Farm produce --- Plants, Cultivated --- Agronomy --- Crop science --- Plant products --- Field crops --- Yields, Crop --- Agricultural productivity --- Soil productivity --- Mathematical models. --- Growth --- Yields
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Feeding Asia in the 21st century will require a second Green Revolution. However, unlike in the first generation, future yield increases will have to be grown using less water and nitrogen in a world of unfavorable climate change - this can only be done by increasing the efficiency of the photosynthetic system, i.e. developing a C4 rice plant. If and when achieved, it would be the first nonevolutionary example of reconstructing the primary metabolism of a plant. The impact of such a scientific achievement would be undeniable, but it requires either a superb feat of genetic engineering or forc
Rice --- Crop yields. --- Photosynthesis. --- Photobiology --- Plants --- Gases from plants --- Crops --- Field crops --- Yields, Crop --- Agricultural productivity --- Soil productivity --- Lowland paddy --- Lowland rice --- Oryza sativa --- Paddy (Plant) --- Padi --- Palay --- Oryza --- Genetic engineering. --- Yields. --- Effect of light on --- Photorespiration --- Yields
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Crops and climate --- Crop yields --- Crops --- Field crops --- Yields, Crop --- Agricultural productivity --- Soil productivity --- Agricultural climatology --- Agriculture --- Agroclimatology --- Climate and crops --- Crop micrometeorology --- Plant biometeorology --- Agricultural ecology --- Bioclimatology --- Yields --- Climatic factors --- E-books --- Crops and climate. --- Crop yields.
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Agro-Ecosystem Diversity: Impact on Food Security and Environmental Quality presents cutting-edge exploration of developing novel farming systems and introduces landscape ecology to agronomy. It encompasses the broad range of links between agricultural development and ecological impact and how to limit the potential negative results. Presented in seven sections, each focusing on a specific challenge to sustaining diversity, the book provides insights toward the argument that by re-introducing diversity, it should be possible to maintain a high level of productivity of agro-ecosystems while also maintaining and/or restoring a satisfactory level of environment quality and biodiversity.
Agrobiodiversity. --- Crop diversification. --- Crop yields. --- Crops --- Field crops --- Yields, Crop --- Agricultural productivity --- Soil productivity --- Diversification of crops --- Agricultural diversification --- Agricultural biodiversity --- Agricultural biological diversity --- Agro-biodiversity --- Agricultural ecology --- Biodiversity --- Yields --- Diversification
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Cassava. --- Crop yields. --- Crops --- Field crops --- Yields, Crop --- Agricultural productivity --- Soil productivity --- Bitter cassava --- Casava --- Jatropha manihot --- Mandioca --- Manihot esculenta --- Manihot manihot --- Manihot utilissima --- Manioc --- Sweet-potato tree --- Tapioca plant --- Yuca --- Manihot --- Yields
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This second edition of Working with Dynamic Crop Models is meant for self-learning by researchers or for use in graduate level courses devoted to methods for working with dynamic models in crop, agricultural, and related sciences. Each chapter focuses on a particular topic and includes an introduction, a detailed explanation of the available methods, applications of the methods to one or two simple models that are followed throughout the book, real-life examples of the methods from literature, and finally a section detailing implementation of the methods using the R programmi
Crop yields --- Crops --- Mathematical models. --- Growth --- Agricultural crops --- Crop plants --- Farm crops --- Industrial crops --- Farm produce --- Plants, Cultivated --- Agronomy --- Crop science --- Plant products --- Field crops --- Yields, Crop --- Agricultural productivity --- Soil productivity --- Yields --- Mathematical models --- Crop yields - Mathematical models --- Crops - Growth - Mathematical models
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The future of agriculture greatly depends on our ability to enhance productivity without sacrificing long-term production potential. The application of microorganisms, such as the diverse bacterial species of plant growth promoting rhizobacteria (PGPR), represents an ecologically and economically sustainable strategy. The use of these bio-resources for the enhancement of crop productivity is gaining importance worldwide. Bacteria in Agrobiology: Crop Productivity focus on the role of beneficial bacteria in crop growth, increased nutrient uptake and mobilization, and defense against phytopathogens. Diverse group of agricultural crops and medicinal plants are described as well as PGPR-mediated bioremediation leading to food security.
Biological pest control agents. --- Introduced organisms. --- Plants -- Microbiology. --- Biology --- Health & Biological Sciences --- Microbiology & Immunology --- Agricultural productivity. --- Crop yields. --- Crops --- Field crops --- Yields, Crop --- Productivity, Agricultural --- Yields --- Life sciences. --- Biotechnology. --- Agriculture. --- Bacteriology. --- Life Sciences. --- Agricultural productivity --- Soil productivity --- Agriculture --- Farm management --- Economic aspects --- Chemical engineering --- Genetic engineering --- Farming --- Husbandry --- Industrial arts --- Life sciences --- Food supply --- Land use, Rural --- Microbiology --- Bacteriology, Agricultural.
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633 --- 633 Field crops and their production --- Field crops and their production --- Agricultural productivity --- Crops --- Crop yields --- Field crops --- Yields, Crop --- Soil productivity --- Plant physiology --- Productivity, Agricultural --- Agriculture --- Farm management --- Physiology --- Yields --- Economic aspects --- Agricultural productivity. --- Crop yields. --- Plant and Crop Sciences Crop Sciences -- Arable Farming. --- Physiology. --- Crops - Physiology
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