Fundamentals of Mobile Heavy Equipment provides students with a thorough introduction to the diagnosis, repair, and maintenance of off-road mobile heavy equipment. With comprehensive, up-to-date coverage of the latest technology in the field, it addresses the equipment used in construction, agricultural, forestry, and mining industries. The chapters cover all aspects of heavy equipment systems, including: * Hydraulics, spanning 14 chapters * Braking and suspension systems * Track drive undercarriage and wheeled machines * Hydraulic attachments * Electrical and steering systems * Transmission and power transfer systems * Electric Drives * Autonomous and semi-autonomous control systems * Telematics, on-board networks and remote machine control * Alternative braking * Foundational information, shop practices and safety concerns The textbook features helpful pedagogical tools to enhance student comprehension and critical thinking, including review sections, real-world applications, illustrations, step-by-step explanations, and visual summaries. Written in concise and accessible language by an author team extensive experience in the field, it equips students at all levels with the knowledge and skills they need for a successful career in heavy equipment repair and service.

The study examined women's roles and gender gaps in land operation and farming, labor arrangements in agriculture and water management, and feminization of agriculture in the Lower Vaksh River Basin in Tajikistan. The study was part of the Strengthening Gender-Inclusive Growth in Central and West Asia project supported by the Asian Development Bank (ADB). The study findings will improve understanding of the situation so as to inform the ADB grant-financed project in modernizing irrigation and drainage systems in the Lower Vaksh River Basin. It reinforces the need for gender inclusiveness in planning and designing irrigation and drainage projects, ensuring benefits for all.

It highlights new developments and key lessons on climate risk assessment that may be applied to the project design and monitoring as well as the implementation of climate adaptation measures. The WEIDAP project was developed in response to the drought that affected southern Viet Nam in 2015-2016. It focused on irrigation modernization and the integration of climate-resilient agricultural and efficient on-farm water management practices.

Agricultural Water Management: Theories and Practices advances the scientific understanding, development and application of agricultural water management through an integrated approach. This book presents a collection of recent developments and applications of agricultural water management from advanced sources, such as satellite, mesoscale and climate models that are integrated with conceptual modeling systems. Users will find sections on drought, irrigation scheduling, weather forecasting, climate change, precipitation forecasting, and more. By linking these systems, this book provides the first resource to promote the synergistic and multidisciplinary activities of scientists in hydro-meteorological and agricultural sciences. As agricultural water management has gained considerable momentum in recent decades among the earth and environmental science communities as they seek solutions and an understanding of the concepts integral to agricultural water management, this book is an ideal resource for study and reference.

The increasing demand for food as well as changes in consumption habits have led to the greater availability and variety of food with a longer shelf life. However, these items, when not properly preserved, can lead to severe food-borne illnesses that can be fatal. Thus, countless studies are now geared towards the processing, distributing, and safe storage of foods. Novel Technologies and Systems for Food Preservation is an essential reference source that discusses novel and emerging cooling and heating technologies, processes, and systems for food preservation, as well as improvements for control and monitoring systems that aim to foster energy efficiency, equipment safety, and performance. Additionally, it looks at concepts that may be useful for the development of new policies and legislation concerning food preservation. Featuring research on topics such as energy efficiency, food quality, and legislation policies, this book is ideally designed for government officials, policymakers, food and service industry professionals, food safety inspectors, researchers, academicians, and students.

In order to meet food needs, farmers need to integrate the latest technologies enabling them to make more informed decisions. Smart Farming Technologies for Sustainable Agricultural Development provides innovative insights into the latest farming advancements in terms of informatics and communication. The content within this publication represents the work of topics such as sensor systems, wireless communication, and the integration of the Internet of Things in agriculture-related processes. It is a vital reference source for farmers, academicians, researchers, government agencies, technology developers, and graduate-level students seeking current research on smart farming technologies.

This SpringerBrief reviews currently applied and potential solutions for improving the efficiency and quality of rural electricity supply in India, a major bottleneck for agricultural development. It provides background on the current state of supply and reviews recent and ongoing research and development projects. One selected project, designed and conducted by the authors, is outlined in detail. The research findings, project implementation, and evaluation are intended to provide development practitioners, policy makers, and applied researchers with experience from the field. At the core of this Brief is the integration of technical and social solutions, emphasizing the role of collective action, and the merits and demerits of small-scale, technically simple measures.

Today, John Deere is remembered-some say mistakenly-as the inventor of the steel plow. Who was this legendary man and how did he create the internationally renowned company that still bears his name? He began as a debt-stricken blacksmith who, fleeing debt in New England in the 1830s, set up shop in a little town on the Illinois frontier. There, in response to farmers' struggles, he designed a new plow that cut through the impervious prairie sod and lay open the rich, heavy soil for planting. The demand for his polished steel plow convinced him to specialize in farm implements. In the decades before the Civil War, John Deere envisioned a company supplying midwestern farmers with reliable, affordable equipment. He used only high quality, imported steel and resisted pressure to raise prices. At the same time, he won respectful affection from his employees by working alongside them on the shop floor. Upon taking the helm in the 1860s, John's only surviving son, Charles, expanded the Moline factories to increase production, started branch houses in major midwestern cities to speed distribution, and began to transform the company into a modern corporation. The transformation didn't come without difficulties however: Charles found himself battling the Grange, facing threats of labor unions and strikes led by his own employees, and enduring patent suits and blatant thefts of product designs and advertising.

The fall of the New Order government in 1998 and the political reform that followed posed substantial challenges for Indonesia's bureaucracy to continue fulfilling its mandate. This book analyses the process of bureaucratic reform in the irrigation sector. Using irrigation Management Transfer policy as the entry point for analysis, it documents and analyses the irrigation bureaucracy's ability to sustain its power and prominence in the sector's development, amidst and against national and international pressures for reform. The book argues that bureaucratic reform in the irrigation sector rather than attempting to change the bureaucracy's functioning in the image of national and global (good) governance perspectives and priorities, should instead focus on linking the irrigation bureaucracy's everyday practice more effectively with farmers' needs and aspirations. Reform efforts of the past decades show that Indonesia's irrigation sector development cannot be redirected without the irrigation bureaucracy's knowledge, experience and cooperation, and without strengthening its downward accountability to farmer-irrigators.

Although over two thirds of the Earth's surface is covered by water, more than 97% is ocean water which is too salty for human use or even for irrigation. Consequently, the freshwater is only 3% and almost 1% of the available freshwater is liquid surface water that can be used directly by humans. The rest is groundwater and iced water. Yet still, freshwater is considered to be one of the most abundant resources on earth. In the agriculture sector only, over two-thirds of the available freshwater is used for irrigation. This book focuses on the technology, management and efficiency of drip irrigation.

Today's irrigation management faces challenges and competition with other sectors (ie: household, industry, and environmental), quality degradation, and uncertain climatic conditions. To cope with these situations, the irrigation managers need precise estimation/determination of irrigation needs for crops, advance/water-saving techniques for water application, water conservation approaches, economic considerations in irrigation, and potentials for using marginal quality water in irrigation (such as saline water, and waste-water). This book focuses on all of the above issues: starting with irrigation management strategies for field crops -- to suitability of saline and waste-water as irrigation water. The book is useful to identify the need and adopt emerging technologies for irrigation management, as well as to identify appropriate methodologies for social, economic, and environmental benefits of improved irrigation management.