Ecosystems Irrigation
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Smart Internet of Things for Environment and Healthcare
Nowadays, the efficient sustainable systems are becoming more and more important for sustainable life either in urban and in rural environments. Despite the advances in technologies, it is always important to consider the environment where we live. Hence, the present book presents some recent and fresh works that deal with environmental problems including water quality, wastewater management, air pollution monitoring, renewable energy solutions, food security solutions, and so on. Besides, the book investigates different applications of Artificial Intelligence for previous environmental issues. This book is targeting junior researchers, graduate and graduate students, environmental specialists, and all people who want to learn more about recent advancement in environmental solutions.
Combining and crafting institutional tools for groundwater governance
Author: Bruns, Bryan Randolph
language: en
Publisher: Intl Food Policy Res Inst
Release Date: 2023-01-24
How could having farmers play experiential games contribute to improving groundwater governance? These games are an example of an innovative procedure, a policy instrument or institutional tool, which those involved in improving groundwater governance could use to understand their problems and opportunities; consider and possibly agree on norms or rules that might avoid aquifer depletion, and create shared gains that use water more productively. Institutional tools for groundwater governance could help deal with complex nexus linkages and achieve gains such as transitions to solar-powered pumping, aquifer recharge and storage to buffer against drought, and protecting and regenerating ecosystems. The concept of a groundwater governance toolbox offers a metaphor for thinking about the variety of policy instruments available and how they might be chosen, combined, and adapted to create customized toolkits to solve problems and achieve gains in specific contexts. New policies are typically layered on top of existing sets of institutions that govern relationships between people and water. This makes it crucial to understand existing knowledge and institutions and how those may interact with institutional changes. The thesis of the paper is that institutional tools need to be combined and crafted to fit contexts, including political economy constraints, opportunities, and solutions.
Agroecosystems of South India
Agroecosystems of South India is a unique treatise that deals with the relevance of natural resources, genetic stocks, fertilizers, and agronomic practices on the productivity of agroecoregions. Within the context of this book, an agroecosystem has been defined as a conglomerate of small cropping zones, which may be mono-cropping expanses or intercrops that occur in various geographic regions of South India. South India abounds with several such agroecosystems that encompass field crops, vegetables, cash crops, plantations, and forest species. However, the main emphasis within this volume is restricted to agroecosystems that include major cereals, legumes, and oil seed crops. There are 10 chapters in this volume. The first, on historical aspects, traces important events related to domestication, introduction of crop species, agricultural implements, development of soil fertility and crop husbandry procedures. An introductory chapter on Agroecosystems delineates various agroecoregions of South India. Their classification based on physiography, soils, and climatic parameters have been dealt with in great detail. Descriptions on natural resources such as soils and their fertility conditions; water resources; climatic conditions including precipitation patterns; and crops and their genotypes are available in chapter 2. The impact of soil fertility and nutrient dynamics on ecosystematic functions and productivity of crops in an agroecosystem forms the central piece of discussions within chapters 3 to 9. Historical background, geographical settings, agroclimate, soils, cropping systems, and productivity trends have been provided for each cropping ecosystem. Recent advances and details on aspects of nutrient dynamics, such as soil nutrients, their availability, physico-chemical transformations, nutrient fluxes, inorganic fertilizer supply, organic manures, crop residue recycling, nutrient carry over and nutrient balances/imbalances form the core of each chapter. The impact of beneficial soil microbes such as Rhizobium, Plant Growth Promoting Rhizobacteria and Arbuscular Mycorrhizas, on nutrient dynamics in soil has also been discussed. More recent developments dealing with modeling nutrients in cropping ecosystems, computer based-simulations, precision farming and site-specific nutrient management have been emphasized. Forecasts on the impact of nutrient dynamics on the future course of agroecosystems are also available. Overall, this book is a scholarly edition that aims at providing an excellent exposition of recent developments within various agroecosystems of South India to a global audience. It highlights the importance of soil fertility and nutrient dynamics within agroecosystems to total food grain and fodder production in South India. It will be a useful book to researchers, professors, and students dealing with agriculture, environmental science, ecology, and plant science.