Frederick Whitford – författare

William Carol Latta was the 13th member of the Purdue faculty. He became the driving force behind Purdue's world-famous School of Agriculture and initiated extension services that have lasted for more than a century. In 1890, he laid out the first permanent soil fertility field experiments, inaugurating a system of research considered one of the best in the country at that time. He administered Purdue's School of Agriculture until 1907.

The key role that farming plays in the economy of Indiana today owes much to the work of John Harrison Skinner (1874–1942). Skinner was a pioneering educator and administrator who transformed the study of agriculture at Purdue University during the first decades of the twentieth century. From humble origins, occupying one building and 150 acres at the start of his career, the agriculture program grew to spread over ten buildings and 1,000 acres by the end of his tenure as its first dean. A focused, single-minded man, Skinner understood from his own background as a grain and stock farmer that growers could no longer rely on traditional methods in adapting to a rapidly changing technological and economic environment, in which tractors were replacing horses and new crops such as alfalfa and soy were transforming the arable landscape. Farmers needed education, and only by hiring the best and brightest faculty could Purdue give them the competitive edge that they needed. While he excelled as a manager and advocate for Indiana agriculture, Skinner never lost touch with his own farming roots, taking especial interest in animal husbandry. During the course of his career as dean (1907–1939), the number of livestock on Purdue farms increased fourfold, and Skinner showed his knowledge of breeding by winning many times at the International Livestock Exposition. Today, the scale of Purdue’s College of Agriculture has increased to offer almost fifty programs to hundreds of students from all over the globe. However, at its base, the agricultural program in place today remains largely as John Harrison Skinner built it, responsive to Indiana but with its focus always on scientific innovation in the larger world.

Imagine Indiana farms at the turn of the last century. What comes from the land sustains us. Our farms and families depend on it. Having a good or bad year can mean the difference between prosperity and your family going hungry. Farmers knew how to provide. Throughout the 1800s, parents had passed their best knowledge on to their sons and daughters, who in turn taught their children tried-and-true methods for managing a farm—methods that provided consistency in a world of droughts, disease, and fluctuating markets. Before they abandoned a hundred years of proven practices or adopted new technology, they would have to be convinced that it was in their best interest.Enter county extension agents. Indiana county extension agents took up their posts in 1912, at a crucial juncture in the advancement of agriculture. The systematic introduction of hybrid seed corn, tractors, lime, certified seed, cow-testing associations, farm bureaus, commercial fertilizers, balanced livestock diets, soybeans, and 4-H clubs were all yet to come. Many of the most significant agricultural innovations of the 1900s, which are commonplace today, were still being developed in the laboratories and experimental fields of land-grant colleges like Purdue University.Compiled from original county agent records discovered in Purdue University’s Virginia Kelly Karnes Archives and Special Collections Research Center, Enriching Hoosier Farms and Families includes hundreds of rare, never-before-published photographs and anecdotal information about how county agents overcame their constituents’ reluctance to change. They visited farmers on their farms, day after day, year after year. They got to know them personally. They built trust in communities and little by little were able to share new information. Gradually, their practical applications of new methodologies for solving old problems and for managing and increasing productivity introduced farmers and their families to exciting new frontiers of agriculture.

Today, Purdue Extension delivers practical, research-based information that transforms lives and livelihoods. Tailored to the needs of Indiana, its current programs include Agriculture and Natural Resources, Health and Human Sciences, Economic and Community Development, and 4-H Youth Development. However, today’s success is built on over a century of visionary hard work and outreach.Scattering the Seeds of Knowledge: The Words and Works of Indiana’s Pioneer County Extension Agents chronicles the tales of the first county Extension agents, from 1912 to 1939. Their story brings readers back to a day when Extension was little more than words on paper, when county agents traveled the muddy back roads, stopping at each farm, introducing themselves to the farmer and his family.These Extension women and men had great confidence in the research and the best practices they represented, and a commanding knowledge of the inner workings of farms and rural residents. Most importantly, however, they had a knack with people. In many cases they were given the cold shoulder at first by the farmers they were sent to help. However, through old-fashioned, can-do perseverance and a dogged determination to make a difference in the lives of people, these county Extension agents slowly inched the state forward one farmer at a time. Their story is a history lesson on what agriculture was like at the turn of the twentieth century, and a lesson to us all about how patient outreach and dedicated engagement—backed by proven science from university research—reshaped and modernized Indiana agriculture.

John Calvin Allen, professionally known as J. C., worked as aphotographer for Purdue University from 1909-1952, and operated his own photography business until his death in 1996. The J. C. Allen photographs represent a historical account of the transition from pioneer practices to scientific methodologies in agriculture and rural communities. During this major transitional period for agriculture, tractors replaced horses, hybrid corn supplanted open-pollinated corn, and soybeans changed from a novelty crop to regular rotation on most farms. During this time, pure bred animals with better genetic pedigrees replaced run-of-the-mill livestock, and systematic disease prevention in cattle, swine, and poultry took place.Allen'sphotographs also document clothing styles, home furnishings, and the items people thought important as they went about their daily lives. Looking closely at tractors, livestock, wagons, planters, sprayers, harvesting equipment, and crops gives one a sense of the changing and fast-paced world of agriculture at that time. This volume contains over 900 picturesque images, most never-before-seen, of men, women, and children working on the farm, which remain powerful reminders of life in rural America at theturn of the twentieth century. As old farmhouses and barns fall victim to age, Allen photographs are all that remain. While those people and times no longer exist today, they do remain ""alive"" because of the preservation of that history on film. A camera in his hands and an eye for photography allowed Allen to create indelible visual histories that continue to tell the story of agriculture and rural life from long ago.

William Carol Latta was the 13th member of the Purdue faculty. He became the driving force behind Purdue''s world-famous School of Agriculture and initiated extension services that have lasted for more than a century. In 1890, he laid out the first permanent soil fertility field experiments, inaugurating a system of research considered one of the best in the country at that time. He administered Purdue''s School of Agriculture until 1907.

William Carol Latta was the 13th member of the Purdue faculty. He became the driving force behind Purdue''s world-famous School of Agriculture and initiated extension services that have lasted for more than a century. In 1890, he laid out the first permanent soil fertility field experiments, inaugurating a system of research considered one of the best in the country at that time. He administered Purdue''s School of Agriculture until 1907.

The key role that farming plays in the economy of Indiana today owes much to the work of John Harrison Skinner (1874-1942). Skinner was a pioneering educator and administrator who transformed the study of agriculture at Purdue University during the first decades of the twentieth century. From humble origins, occupying one building and 150 acres at the start of his career, the agriculture program grew to spread over ten buildings and 1,000 acres by the end of his tenure as its first dean. A focused, single-minded man, Skinner understood from his own background as a grain and stock farmer that growers could no longer rely on traditional methods in adapting to a rapidly changing technological and economic environment, in which tractors were replacing horses and new crops such as alfalfa and soy were transforming the arable landscape. Farmers needed education, and only by hiring the best and brightest faculty could Purdue give them the competitive edge that they needed. While he excelled as a manager and advocate for Indiana agriculture, Skinner never lost touch with his own farming roots, taking especial interest in animal husbandry. During the course of his career as dean (1907-1939), the number of livestock on Purdue farms increased fourfold, and Skinner showed his knowledge of breeding by winning many times at the International Livestock Exposition. Today, the scale of Purdue''s College of Agriculture has increased to offer almost fifty programs to hundreds of students from all over the globe. However, at its base, the agricultural program in place today remains largely as John Harrison Skinner built it, responsive to Indiana but with its focus always on scientific innovation in the larger world.

The key role that farming plays in the economy of Indiana today owes much to the work of John Harrison Skinner (1874-1942). Skinner was a pioneering educator and administrator who transformed the study of agriculture at Purdue University during the first decades of the twentieth century. From humble origins, occupying one building and 150 acres at the start of his career, the agriculture program grew to spread over ten buildings and 1,000 acres by the end of his tenure as its first dean. A focused, single-minded man, Skinner understood from his own background as a grain and stock farmer that growers could no longer rely on traditional methods in adapting to a rapidly changing technological and economic environment, in which tractors were replacing horses and new crops such as alfalfa and soy were transforming the arable landscape. Farmers needed education, and only by hiring the best and brightest faculty could Purdue give them the competitive edge that they needed. While he excelled as a manager and advocate for Indiana agriculture, Skinner never lost touch with his own farming roots, taking especial interest in animal husbandry. During the course of his career as dean (1907-1939), the number of livestock on Purdue farms increased fourfold, and Skinner showed his knowledge of breeding by winning many times at the International Livestock Exposition. Today, the scale of Purdue''s College of Agriculture has increased to offer almost fifty programs to hundreds of students from all over the globe. However, at its base, the agricultural program in place today remains largely as John Harrison Skinner built it, responsive to Indiana but with its focus always on scientific innovation in the larger world.

Today, Purdue Extension delivers practical, research-based information that transforms lives and livelihoods. Tailored to the needs of Indiana, its current programs include Agriculture and Natural Resources, Health and Human Sciences, Economic and Community Development, and 4-H Youth Development. However, today''s success is built on over a century of visionary hard work and outreach. Scattering the Seeds of Knowledge: The Words and Works of Indiana''s Pioneer County Extension Agents chronicles the tales of the first county Extension agents, from 1912 to 1939. Their story brings readers back to a day when Extension was little more than words on paper, when county agents traveled the muddy back roads, stopping at each farm, introducing themselves to the farmer and his family. These Extension women and men had great confidence in the research and the best practices they represented, and a commanding knowledge of the inner workings of farms and rural residents. Most importantly, however, they had a knack with people. In many cases they were given the cold shoulder at first by the farmers they were sent to help. However, through old-fashioned, can-do perseverance and a dogged determination to make a difference in the lives of people, these county Extension agents slowly inched the state forward one farmer at a time. Their story is a history lesson on what agriculture was like at the turn of the twentieth century, and a lesson to us all about how patient outreach and dedicated engagement-backed by proven science from university research-reshaped and modernized Indiana agriculture.

Today, Purdue Extension delivers practical, research-based information that transforms lives and livelihoods. Tailored to the needs of Indiana, its current programs include Agriculture and Natural Resources, Health and Human Sciences, Economic and Community Development, and 4-H Youth Development. However, today''s success is built on over a century of visionary hard work and outreach. Scattering the Seeds of Knowledge: The Words and Works of Indiana''s Pioneer County Extension Agents chronicles the tales of the first county Extension agents, from 1912 to 1939. Their story brings readers back to a day when Extension was little more than words on paper, when county agents traveled the muddy back roads, stopping at each farm, introducing themselves to the farmer and his family. These Extension women and men had great confidence in the research and the best practices they represented, and a commanding knowledge of the inner workings of farms and rural residents. Most importantly, however, they had a knack with people. In many cases they were given the cold shoulder at first by the farmers they were sent to help. However, through old-fashioned, can-do perseverance and a dogged determination to make a difference in the lives of people, these county Extension agents slowly inched the state forward one farmer at a time. Their story is a history lesson on what agriculture was like at the turn of the twentieth century, and a lesson to us all about how patient outreach and dedicated engagement-backed by proven science from university research-reshaped and modernized Indiana agriculture.

The Great Depression of the 1930s nearly brought the agricultural community to a standstill. As markets went into an economic freefall, farmers who had suffered through a post–World War I economic depression in the 1920s would now struggle to produce crops, livestock, and other commodities that could return more than the cost to produce them. In Indiana, the county agents of the Purdue University Cooperative Extension Service saw this desperation firsthand. As they looked into the worried faces of the people they were asked to assist, the trust they had worked to build in their communities during the previous two decades would be put to the test. Throughout the painful years of the Great Depression, the county agents would stand side by side with Hoosier farmers, relying on science-based advice and proven strategies to help them produce more bushels per acre, more pigs per litter, more gallons of milk per cow, and more eggs per chicken. Then, as the decade drew to a close, the start of World War II in Europe soon placed farmers on the frontlines at home, producing the agricultural commodities needed in the United States and in war-torn locations abroad. The federal government quickly called on county agents to push farmers to meet historic production quotas—not an easy task with farm machinery, tires, and fuel rationed, and a severe labor shortage resulting from farm workers being drafted for military service or opting for higher-paying jobs in factories. Using the observations and reports of county agents, Planting the Seeds of Hope offers a behind-the-scenes look at what it was like to live through these historic events in rural Indiana. The agents' own words and numerous accompanying photographs provide a one-of-a-kind perspective that brings their stories and those of the agricultural community they served to life at a pivotal time in American history.

Virginia Claypool Meredith's role in directly managing the affairs of a large and prosperous farm in east-central Indiana opened doors that were often closed to women in late nineteenth century America. Her status allowed her to campaign for the education of women, in general, and rural women, in particular. While striving to change society's expectations for women, she also gave voice to the important role of women in the home. A lifetime of dedication made Virginia Meredith "the most remarkable woman in Indiana" and the "Queen of American Agriculture." Meredith was also an integral part of the history of Purdue University. She was the first woman appointed to serve on the university's board of trustees, had a residence hall named in her honor, and worked with her adopted daughter, Mary L. Matthews, in creating the School of Home Economics, the predecessor of today's College of Consumer and Family Sciences.

Pesticide and Nutrient Management: Application Based Problem-Solving in Agriculture is a two-volume set designed to bring together science and theory with practice in the field. Pesticides, fertilizer, and fuel are discussed in numerous books and journals, but the details of practical use are often lacking. Scientifically accurate yet easily accessible, each volume is richly illustrated and can be used as a textbook, training manual, and reference guide.The first volume covers storage and use of pesticides and fertilizers. It begins with guidelines on selecting and maintaining tanks used for storage or transportation. It then discusses measuring pesticides, avoiding incompatibility when mixing chemicals, and using adjuvants to increase effectiveness. Additionally, the volume addresses spraying equipment such as nozzles and spray drones. The book ends with two chapters on the maintenance and cleaning of spraying equipment to avoid contamination, as well as winterizing equipment for an easy spring startup.The second volume covers topics related to general maintenance and security. It begins with often-overlooked aspects of maintenance: oils, lubricating grease, nuts, hoses, and tires. It then moves on to transportation safety, such as securing a load, driving a spray rig, and extracting a stuck vehicle. The third section discusses security planning and emergency response. Finally, the volume ends by touching on environmental security such as the causes of fish kills and honeybee problems.

Pesticide and Nutrient Management: Application Based Problem-Solving in Agriculture is a two-volume set designed to bring together science and theory with practice in the field. Pesticides, fertilizer, and fuel are discussed in numerous books and journals, but the details of practical use are often lacking. Scientifically accurate yet easily accessible, each volume is richly illustrated and can be used as a textbook, training manual, and reference guide. The first volume covers storage and use of pesticides and fertilizers. It begins with guidelines on selecting and maintaining tanks used for storage or transportation. It then discusses measuring pesticides, avoiding incompatibility when mixing chemicals, and using adjuvants to increase effectiveness. Additionally, the volume addresses spraying equipment such as nozzles and spray drones. The book ends with two chapters on the maintenance and cleaning of spraying equipment to avoid contamination, as well as winterizing equipment for an easy spring startup. The second volume covers topics related to general maintenance and security. It begins with often-overlooked aspects of maintenance: oils, lubricating grease, nuts, hoses, and tires. It then moves on to transportation safety, such as securing a load, driving a spray rig, and extracting a stuck vehicle. The third section discusses security planning and emergency response.

Pesticide and Nutrient Management: Application Based Problem-Solving in Agriculture is a two-volume set designed to bring together science and theory with practice in the field. Pesticides, fertilizer, and fuel are discussed in numerous books and journals, but the details of practical use are often lacking. Scientifically accurate yet easily accessible, each volume is richly illustrated and can be used as a textbook, training manual, and reference guide.The first volume covers storage and use of pesticides and fertilizers. It begins with guidelines on selecting and maintaining tanks used for storage or transportation. It then discusses measuring pesticides, avoiding incompatibility when mixing chemicals, and using adjuvants to increase effectiveness. Additionally, the volume addresses spraying equipment such as nozzles and spray drones. The book ends with two chapters on the maintenance and cleaning of spraying equipment to avoid contamination, as well as winterizing equipment for an easy spring startup.The second volume covers topics related to general maintenance and security. It begins with often-overlooked aspects of maintenance: oils, lubricating grease, nuts, hoses, and tires. It then moves on to transportation safety, such as securing a load, driving a spray rig, and extracting a stuck vehicle. The third section discusses security planning and emergency response. Finally, the volume ends by touching on environmental security such as the causes of fish kills and honeybee problems.