Developing countries as the nations of Indian subcontinent are experiencing big-bangs regarding their economic, agricultural and industrial development. The sole aim of present mechanized and advanced agricultural practices is to produce enhanced grain yield to satiate the hunger of burgeoning population. Thus the present scenario demands the use of chemical fertilizers and other agrochemicals. However the production cost of these chemical products is to high as it increases pressure on the fossils fuel reserves of the country. Bioinoculants are the culture concoctions/live microbial isolates that are presently the most ecologically feasible and economically sound example of practical reproduction of lab experimentation for the help of modern day farmeBroadly, bioinoculants include biofertilzers, biopesticides and organic decomposers. Biofertilizers are live cells of beneficial microbial isolates that provide necessary nutrients nitrogen, phosphorous etc, excrete growth promoting compounds and provide resistance to a variety of diseases that culminates to enhanced yield and production. While biopesticides are live microbial isolates or their metabolic products that eradicate/kill known insects/pests of crops. Among commercialized biopesticides Bt cotton emerged as the first brand ambassador of modern day pesticides. The third component of bioinoculants are the organic decomposers that include certain fungal species, bacterial genera and actinomycetes that hasten decomposition of organic compounds and make available nutrients held as organic matter.

Earth functions as a complex system and existing infrastructure and methodologies are inadequate for the community to address many problems of this system. It requires an integrated and innovative approach to analyse, model and develop extensive and diverse data sets for the solution of these problems. Geoinformatics, which is the synergy of multiple disciplines, namely, earth sciences, GIS, remote sensing, GPS, photogrammetry and cartography, is developing fast in the areas where the data are identified by their locations. Currently, there is a chaotic distribution of available data sets, lack of documentation about them and the methodologies, lack of easy-to-access, tolls, computer modeling etc. which pose the major obstacles for the earth scientist in trying to work out solutions. The authors have tried to remove these hurdles by bringing together relevant informations and techniques as well as the recent advances in these fields. This book presents a comprehensive account of various topics related to the applications of geoinformatics which are highly diversified and include space and environmental monitoring, watershed management, water resources and management, productivity enhancement in agro-ecosystems, resource information systems, precision farming, monitoring of glaciers and lakes, geospatial techniques and livelihood improvement using GIS.

Fresh from receiving a doctorate from Cornell University in 1933, but unable to find work, Charles M. Wiltse joined his parents on the small farm they had recently purchased in southern Ohio. There, the Wiltses scratched out a living selling eggs, corn, and other farm goods at prices that were barely enough to keep the farm intact.
In wry and often affecting prose, Wiltse recorded a year in the life of this quintessentially American place during the Great Depression. He describes the family's daily routine, occasional light moments, and their ongoing frustrations, small and large--from a neighbor's hog that continually broke into the cornfields to the ongoing struggle with their finances. Franklin Roosevelt's New Deal had little to offer small farmers, and despite repeated requests, the family could not secure loans from local banks to help them through the hard economic times. Wiltse spoke the bitter truth when he told his diary, "We are not a lucky family." In this he represented millions of others caught in the maw of a national disaster.
The diary is introduced and edited by Michael J. Birkner, Wiltse's former colleague at the Papers of Daniel Webster Project at Dartmouth College, and coeditor, with Wiltse, of the final volume of Webster's correspondence.

The nine essays presented by John R. Wunder collectively expose the domestic and technological details of American pioneer life on the High Plains. The essays, each written by a leading authority in the field, examine such topics as early ranching and farming in the Rio Grande Valley and the Staked Plains; the impact on Native American and settler women of life on the agricultural frontier; the response to perceived threats by agriculturalists after the Civil War; and the agriculturalists' entry into the twentieth century via their response to cultural change. The final chapter, a speech made in 1890 by a Scottish traveller, contains a contemporary observation of the real and mythical qualities of life on the frontier.

This book describes the alarming condition of agriculture in the Anthropocene, when the ethical conception of agriculture as a service of common utility for both society and environment has progressively been marginalized. The ethical utility of agriculture has been sidetracked with the increasing industrialisation of society, the involvement of agriculture in the business-as-usual economy, and the consequential environmental and societal impacts it has had. Thus, re-establishing a meaningful bridge between ethics and agriculture is necessary. A relatively new science (ecology) with both a new epistemological tool (that of the ecosystem concept), and a unique narrative of sustainable development, can help bridge this gap. This book focuses on ethics as a lever for raising scientific, technical, social, economic and political solutions to adopt in agriculture as a model of symbiotic relationships between man and nature. It provides a detailed discussion of the ecological intensification practices in order to maximize ecological and ethical services, wherein agroecosystems will follow.