The book on 'Farm Tools and Equipment for Agriculture' is an attempt to put together all relevant information regarding the availability of various tools and equipment for land development, seed bed preparation, seeding, planting & transplanting, weeding & interculture, plant protection, harvesting and threshing, straw management, horticulture and forage crops. Information on each item contains a brief description, its uses and power source required. In this a list of manufacturers who have supported the book writing through photographs and drawings are appended in the last to facilitate the readers for easy location. The information provided is quite exhaustive. o Introduction o Land leveling equipment o Tillage equipment o Seeding, planting and transplanting equipment o Weeding and fertilizer application equipment o Plant protection equipment o Harvesting and threshing equipment o Forage harvesting equipment o Farm tools and equipment for horticulture, plantation and hill agriculture o Farm tools and equipment for dryland agriculture o Straw management equipment

The book presents complicated statistical equations and formulae in the form of easily understandable text and simple formulae, so that large data gathered through the field experimentation could be properly analyzed and correct inferences may be drawn from it. The present book has been divided into seven chapters. First two chapters deal with the development of biometrics and basic statistics because biometrics cannot be understood properly without having knowledge of basic statistics. The third chapter deals with assessment of variability in a population which can be determined through different methods like D square statistics, Euclidean cluster analysis and meteroglyph analysis, however, range, standard deviation, variance and coefficient of variation are simpler statistics for assessment of variability. Fourth chapter deals with breeding methods which include selection process, heritability, and selection index. Fifth chapter deals with aids in selection and include important topics like correlation, path analysis, regression analysis, cluster analysis, PCA and discriminant function analysis. Sixth chapter deals with aids in selection which include diallel analysis and generation mean analysis. Seventh chapter is varietal adaptation which includes stability analysis of a variety.

The book entitled, "Improving Productivity of Drylands by Sustainable Resource Utilization and Management" deals with a variety of aspects linked with utilization and management of resources used in dryland agriculture. The content of the book covers the topics on the natural resources management, biodiversity conservation, crop production and management, livestock management, energy, technology transfer and socio-economic issues. Subjects such as climate resilient agriculture, soil and water conservation measures, soil fertility appraisal, recycling of organic wastes, management strategies for livestock production, intercropping in agri-horti system, agro-morphological evaluation of crops, developing genotype for vegetable cultivation, crop diversification, farming systems, improved forage production, variability and heritability of grasses, weed management practices, economics of arable crop production, and energy conservation strategies through greenhouse have been incorporated under different chapters contributed by subject specialists. This book is an attempt to present collectively the scattered available information on several recently developed technologies and strategies for dryland management. Furthermore, the book contains 30 chapters that discuss both theoretical and practical knowledge for sustainable management of the drylands by improving productivity. Moreover, the book will be useful for professionals, researchers, scholars, and students involved in scientific activities of agricultural research in drylands.

The agricultural sector, as well as the other economic sectors, follows the current trends verified in economies and societies, including at the technological level. On the other hand, agriculture has multidimensional impacts and suffers the implications of global changes, namely those related to climate change, financial crises and pandemic frameworks. In this perspective, this book aims to bring more contributions to the current trends associated with agricultural contexts. This book is a forum of discussion about the new trends for the agricultural and food sectors. The topics covered in this publication allow to bring together the several current dimensions related with the food production. The new insights highlighted with this book bring relevant value added for the several stakeholders. This book is an interesting publication for several stakeholders related to the agricultural and food sectors, including students, researchers, policymakers, public institutions, and farmers.

Nano-Biopesticides Today and Future Perspectives is the first single-volume resource to examine the practical development, implementation and implications of combining the environmentally aware use of biopesticides with the potential power of nanotechnology. While biopesticides have been utilized for years, researchers have only recently begun exploring delivery methods that utilize nanotechnology to increase efficacy while limiting the negative impacts traditionally seen through the use of pest control means. Written by a panel of global experts, the book provides a foundation on nano-biopesticide development paths, plant health and nutrition, formulation and means of delivery. Researchers in academic and commercial settings will value this foundational reference of insights within the biopesticide realm.

This book entitled "Commercial Horticulture" would prove helpful in taking a leap to overcome the constraints imposed on horticultural development by providing knowledge of modern technologies like protected cultivation, hybrid seed production, micro irrigation, fertigation, organic farming, mechanization and processing, post harvest management, etc. which is intended to help in strengthening the horticulture industry. An introduction to these latest technologies is intended to accelerate commercialization of horticulture which would ultimately encourage the sustainability and multi-faceted growth of agriculture

This is the story of Britain's first organic in modern times to run entirely without animal slaughter or the use of fossil fuels. The true story of a unique experiment to transplant Hindu values of cow protection and working oxen to the modern Western world. It all began when George Harrison donated an historic Hertfordshire manor house and 20 acres of farmland to a young community of Krishna people fresh from the city, and two cows. Thirty-six years later the experiment has grown into an organic carbon-free working farm in a superb set of low-tech English oak farm buildings housing fifty cows and oxen. The organic farm embodies the principles of sustainable and ethical living necessary for future peace and prosperity.

Illustrated by professional artist Eric Copeland, and including amusing anecdotes from the 'joys' of working with pigs for a living, this is the book to read and enjoy preferably before, but certainly the moment those little pigs join the family.A recent report suggests that amateur pig keeping has shot up by 40 per cent since the likes of Gordon Ramsay and Hugh Fearnley-Whittingstall introduced their young pigs to the TV cameras.But pig experts warn that pig keeping is not for the unwary or uninformed. Apart from the many regulations that have to be observed, there is a great deal to know about feeding, housing, moving and handling your pigs.

The word "nano agriculture" refers to the infusion of nanotechnology concepts and principles in agricultural sciences so as to develop processes and products that precisely deliver inputs and promote productivity without associated environmental harm. Nano Agriculture is quite appropriate in India in the context of changing scenarios in agricultural production systems which in the verge of transformation towards precision agriculture.

Drought is considered to be a normal feature of climate especially in tropical countries where occurrence of periods of dry weather during rainy season is common. Virtually droughts can occur in all climates and they can also be witnessed when the air temperatures are higher than the normal for a longer period that increases both evaporation and water deficit. 1. The first deals with the introduction to the topic, historical evidences of drought and famines in India. 2. The definition of droughts, criteria for classification of droughts, drought indices based on rainfall, climate derivatives and remote sensing are covered under two. 3. Information on climate change with respects to climate trends, projections on temperature and rainfall at global as well at national level, consequences of climate change on droughts are presented in there. 4. Approaches on drought monitoring, adopted by various countries, international cooperation in drought monitoring and drought monitoring mechanism in India are presented in four. Decision Support Systems and applications of GIS for drought monitoring are also covered in this . 5. World food production and its variability, the impact of phenomenal drought during 2009 on food grain production in different countries, impacts of droughts on livestock, milk and fisheries production are covered under five. 6. Global surface waters, availability of surface waters in India, influence of drought on fauna and flora of surface waters and global warming on water resources at global and national level is discussed in - six. 7. Drought management strategies, drought planning and preparedness action plans at global as well at national level, indigenous knowledge on drought management, astrological techniques in weather forecasting and traditional wisdom on management of droughts in different nomadic communities in Asia and Africa are covered in seven. eight carries the conclusion of the entire book. Book will be useful to the students and research scholars of Agrometeorology, Meteorology and Geography and all Research Scientists dealing with NRM.