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Origin, Rise And Development Of American Upland Cotton And Their Status At Present. Second Edition, Ed. By F.M. Bourland, J. O. Ware

Research Reports and Research Bulletins

American Upland cotton (Gossypium hirsutum) is a Dixie product. Although the stocks of the species were brought from elsewhere, new types (through series of adaptational changes) formed this distinctive group—the final characteristics of which are a product of the Cotton Belt of the United States. These biological processes were considerably aided by man and the steps of development possibly were about as follows: (a) natural selection took place in the earlier introductions, (b) seed were saved from the more choice stocks, (c) series of subsequent introductions were obtained from the better sources, (d) these were acclimatized and the superior ones …

Summaries Of Arkansas Cotton Research 2022, Fred Bourland

Arkansas Agricultural Experiment Station Research Series

The current economic environment continues to drive the need to produce record or near-record yields to be profitable. Price volatility in 2022 added another level of difficulty in the quest for being profitable. The cotton market saw significant movement after reaching a $1.5802 per pound high in May 2022, cotton prices corrected and more than halved in value at the October 2022 low, and then consolidated around the 80 cents per pound level in December 2022 (Cotton is Consolidating). Great uncertainties still exist for the upcoming season, most of which are outside of our control. These include, but are not …

Arkansas Cotton Variety Test 2022, F. Bourland, A. Beach, B. Milano, B. Guest, C. Kennedy, L. Martin, B. Robertson

Arkansas Agricultural Experiment Station Research Series

The primary goal of the Arkansas Cotton Variety Test is to provide unbiased data regarding the agronomic performance of cotton varieties and advanced breeding lines in the major cotton-growing areas of Arkansas. This information helps seed companies establish marketing strategies and assists producers in choosing varieties to plant. These annual evaluations will then facilitate the inclusion of new, improved genetic material in Arkansas cotton production. Adaptation of varieties is determined by evaluating the lines at five University of Arkansas System Division of Agriculture research sites (Manila, Keiser, Judd Hill, Marianna, and Rohwer). The 2022 tests at Rohwer were adversely affected …

Estimating Battery Size Requirements For Tractor Electrification Of Row-Crop Planting Operations, Cheetown Liew, Andrew Donesky, Mark Freyhof, Ian Tempelmeyer, Santosh Kumar Pitla

Department of Biological Systems Engineering: Papers and Publications

Power sources such as batteries, used for both on-road and off-road vehicles, are advancing at a rapid pace. Electric batteries are becoming more power dense, thus allowing them to be used as a power source to replace previous diesel or gasoline-powered systems. Efforts are underway to transition off-road agricultural vehicles from Internal Combustion Engine (ICE) vehicles to electric vehicles (EVs); however, the energy requirements of typical agricultural field operations need to be fully understood before such a transition can occur. Theoretical prediction equations available in the American Society of Agricultural and Biological Engineers (ASABE) standards or the use of engine …

Summaries Of Arkansas Cotton Research 2021, Fred Bourland

Arkansas Agricultural Experiment Station Research Series

While the basic growth and development of the cotton plant have not changed significantly in recent history, the business of cotton production is ever-changing. The last two years have seen us plant a crop just about as late as we thought possible, yet extended favorable conditions at season's end have been our salvation, helping to lead us to record yields. The economic environment over the last few years has been such that farmers need to produce record or near-record yields to advance. Unfortunately, production levels at the state yield average barely cover out-of-pocket expenses.

Great uncertainties exist for the upcoming …

Arkansas Cotton Variety Test 2021, F. Bourland, A. Beach, B. Milano, C. Kennedy, L. Martin, B. Robertson

Arkansas Agricultural Experiment Station Research Series

The primary goal of the Arkansas Cotton Variety Test is to provide unbiased data regarding the agronomic performance of cotton varieties and advanced breeding lines in the major cotton-growing areas of Arkansas. This information helps seed companies establish marketing strategies and assists producers in choosing varieties to plant. These annual evaluations will then facilitate the inclusion of new, improved genetic material in Arkansas cotton production. Adaptation of varieties is determined by evaluating the lines at five University of Arkansas System Division of Agriculture research sites (Manila, Keiser, Judd Hill, Marianna, and Rohwer). The 2021 tests at Rohwer were abandoned due …

Summaries Of Arkansas Cotton Research 2020, Fred Bourland

Arkansas Agricultural Experiment Station Research Series

In the five years before 2020, cotton acreage in Arkansas had steadily increased from an all-time low of 210,000 acres in 2015 to 610,000 planted acres in 2019. One reason for the increase can be attributed to a downturn in prices received by producers for commodities such as corn and soybean, which compete for acres with cotton. With the worldwide COVID-19 pandemic, cotton mill use dropped significantly during the first half of 2020 https://www.cottongrower.com/market-analysis/ncc-cotton-demand-returning-as-u-s-and-world-economies-rebound/. This disruption of the cotton supply chain was felt across the entire cotton industry. The resulting downturn of cotton prices prior to planting impacted producers planting …

Arkansas Cotton Variety Test 2020, F. Bourland, A. Beach, E. Brown, C. Kennedy, L. Martin, B. Robertson

Arkansas Agricultural Experiment Station Research Series

The primary goal of the Arkansas Cotton Variety Test is to provide unbiased data regarding the agronomic performance of cotton varieties and advanced breeding lines in the major cotton-growing areas of Arkansas. This information helps seed companies establish marketing strategies and assists producers in choosing varieties to plant. These annual evaluations will then facilitate the inclusion of new, improved genetic material in Arkansas cotton production. Adaptation of varieties is determined by evaluating the lines at five University of Arkansas System Division of Agriculture research sites (Manila, Keiser, Judd Hill, Marianna, and Rohwer). Entries in the 2020 Arkansas Cotton Variety Test …

Tree Seedling Planting Guide, Gabrielle Harden, Michael R. Kuhns

All Current Publications

A seedling is a tree less than three feet in height. This fact sheet covers obtaining, planting, and caring for small seedling trees and other woody plants. These trees can be sold and planted as bare-root or containerized stock.

Summaries Of Arkansas Cotton Research 2019, Fred Bourland

Arkansas Agricultural Experiment Station Research Series

Statewide, temperatures and precipitation were mostly above average (https://www.weather.gov/lzk/cli2019atxt.htm). The 2019 season was the wettest since 2015, and the 7th wettest on record. The wettest month was May, and the driest month was September. By average temperature, the coldest month was January, and the warmest month was August. Considering departures from normal, the most significant warmth occurred in September, which was 7.0 degrees above average. Many fields were muddy or underwater, given a lot of rain early in the year, and extensive river flooding (including the historic Arkansas River flood). It was far too wet in some areas …

Weed Dynamics During Transition To Conservation Agriculture In Western Kenya Maize Production, Judith A. Odhiambo, Urszula Norton, Dennis Ashilenje, Emmanuel C. Omondi, Jay B. Norton

Agricultural and Environmental Sciences Faculty Research

Weed competition is a significant problem in maize (Zea mays, L.) production in Sub-Saharan Africa. Better understanding of weed management and costs in maize intercropped with beans (Phaseolus vulgaris, L.) during transition to conservation agricultural systems is needed. Changes in weed population and maize growth were assessed for a period of three years at Bungoma where crops are grown twice per year and at Trans-Nzoia where crops are grown once per year. Treatments included three tillage practices: minimum (MT), no-till (NT) and conventional (CT) applied to three cropping systems: continuous maize/bean intercropping (TYPICAL), maize/bean intercropping with relayed mucuna after bean …

A New Planting Tool For Coastal Homeowners, Juliana Barrett

Wrack Lines

It's not a shovel--it's an online visualization aid.

Planting Landscape Trees, Michael R. Kuhns, Margaret Shao

All Current Publications

Trees and shrubs are valuable additions to most property, providing beauty, wind protection, shade, wildlife habitat, visual screening, and other benefi ts. Unfortunately, many landscape trees are not properly planted or cared-for.

Pb1576 Selecting Fescues, The University Of Tennessee Agricultural Extension Service

Home Garden, Lawn, and Landscape

Four fescue species are maintained as lawngrasses in Tennessee. Originally from Europe, these perennial, cool-season lawngrasses are an integral part of many Tennessee landscapes. They grow best in deep, well-drained soils at air temperatures from 60 to 75 F. High temperatures and drought often slow their rate of growth during late spring and summer. Species and varieties may vary in color, leaf texture, stand density, disease resistance and tolerance of shade, high temperature and drought. Tall fescue (Festuca arundinacea) is adapted to a wide range of soil and climatic conditions. This medium- to coarse-textured lawngrass tolerates high temperatures, …

Mexican Cliffrose In The Landscape, Heidi Kratsch, Graham Hunter

Gardening

No abstract provided.

Strawberry Irrigation, Brent Black, Dr. Robert Hill, Dr. Grant Cardon

Gardening

No abstract provided.

Pb1621-Best Management Practices For Planting Ornamental Plants, The University Of Tennessee Agricultural Extension Service

Home Garden, Lawn, and Landscape

While spring is a popular planting season, fall may be the best time to plant. Fall planting can help woody ornamental plants survive in the landscape. In fall, plant shoots need fewer nutrients because winter dormancy is approaching. In fall too, carbohydrate plant “food” is produced in leaves and moves to roots, which helps plant growth and survival. Importantly, roots continue to grow until soil temperatures drop below 45-50 F (7-10 C). It is extremely important to water when planting in fall because October and November are usually very dry months with little rainfall. But fallplanted plants also will not …

Pb1621-S-Prácticas Gerenciales Óptimas Para La Plantación De Plantas Ornamentales, The University Of Tennessee Agricultural Extension Service

Home Garden, Lawn, and Landscape

Aunque la primavera es una época popular para plantar, el otoño puede ser la mejor época para hacerlo. La plantación en otoño puede ayudar a que las plantas ornamentales leñosas sobrevivan en el jardín. En otoño, los brotes necesitan menos nutrientes porque se está acercando el estado latente del invierno. También, en otoño, los carbohidratos que sirven como “comida” para la planta, son transportados de las hojas, donde fueron producidos, a las raíces. Esto ayuda al crecimiento y supervivencia de la planta. Las raíces continúan creciendo hasta que la temperatura del suelo baje a más de 45°-50° F (de 7°-10° …

Understanding Your Soil Test Report, Grant E. Cardon, Jan Kotuby-Amacher, Pam Hole, Rich Koenig

Gardening

No abstract provided.

Caneberry Irrigation, Dr. Brent Black, Dr. Robert Hill, Dr. Grant Cardon

Gardening

No abstract provided.

Sp628 Choosing 'Sewer Safer' Trees, The University Of Tennessee Agricultural Extension Service

Forestry, Trees, and Timber

Municipal sanitary sewer systems are, second to the drinking water system, the most important public health asset of a city. When they are properly operating, that is, carrying the wastewater and sewage away from homes and businesses and to the treatment plant, they protect the public from the potential health hazards associated with human waste. However, when blockages in the pipes cause backups into homes or businesses or overflows in streets or rightof- ways, the health of citizens is at risk. One of the factors that contributes to sewer line blockages is the intrusion of tree roots. Landowners and landscape …

Sp656 Shade And Flood Tolerance Of Trees, The University Of Tennessee Agricultural Extension Service

Forestry, Trees, and Timber

Most trees have very specific requirements for how much sunlight or shade that they are able to endure. Some trees do well in full sunlight, while other trees do not perform as well. Some trees are more adaptable than others to varying amounts of sunlight. Recognizing the light requirements of different species of trees will assist in proper tree selection in the landscape and will promote healthy trees.

As with light requirements, different trees have different tolerances to flooding. This factsheet discusses and lists the comparative tolerance of trees to shade or sunlight and to flooding.

Roses, Larry A. Sagers

All Archived Publications

No abstract provided.

Melons, Larry A. Sagers

All Archived Publications

No abstract provided.

Sp629 Growing Trees From Seed, The University Of Tennessee Agricultural Extension Service

Forestry, Trees, and Timber

Often seedlings or saplings for a desired but uncommon tree are not commercially available for planting. Growing trees from seed is an effective method in obtaining these trees. Some people may wish to preserve offspring of a favored parent tree or just enjoy growing trees from seed as a green thumb project. Knowing when and how to collect and germinate tree seed is essential for success.

Seeds are a primary means of trees perpetuating themselves. The proper handling of seed through the processes of ripening or maturation, collecting, processing, storage (if needed), dormancy, stratification and germination is required for success …

Planting Landscape Trees, Larry A. Sagers

All Archived Publications

No abstract provided.

Summaries Of Arkansas Cotton Research 2002, Derrick M. Oosterhuis

Arkansas Agricultural Experiment Station Research Series

The average yield in Arkansas in 2002 was 871 lb lint/acre from 920,000 harvested acres (960,000 planted) for a total of 1.67 million bales at a value of$336.5 million. This yield was second only to the record 877 lb lint/acre achieved in 1994. Last year's crop yield, and the five-year average, on a per acre basis are exceeded in the U.S. Cotton Belt only by California and Arizona. Cotton yields in Arkansas increased steadily during the eighties, but in the last decade yields have leveled off. Furthermore, the last five years have had extreme year-to-year variability in yields, which is …

Sp616 Fast-Growing Trees, The University Of Tennessee Agricultural Extension Service

Forestry, Trees, and Timber

Many homeowners desire shade from large trees to provide some degree of cooling during hot summer days. Often, new buildings and developed properties on former agricultural land are devoid of shade trees. In other cases, large trees that have provided shade for years have declined, been damaged in storms and other weather events and eventually have died and been removed. Owners often prefer a source of shade quickly for their homes and properties. Fast-growing trees could be the answer. However, there are some inherent problems with fast-growing trees that should be considered.

Sp611 Trees To Plant Under Power Lines, The University Of Tennessee Agricultural Extension Service

Forestry, Trees, and Timber

Serious conflicts often develop between utilities and trees. Trees that grow into electric wires pose serious safety issues and often result in less reliable service. Util- ity companies spend more than $1 billion annually for tree pruning, passing this cost on to the consumer. In addition, trees are often disÞ gured by improper pruning and killed or seriously injured by excavation for underground wires and pipes.

Summaries Of Arkansas Cotton Research In Progress In 2001, Derrick M. Oosterhuis

Arkansas Agricultural Experiment Station Research Series

Cotton yields in Arkansas increased steadily during the eighties, but in recent years there has been a leveling off. Of more significance, however, is that extreme year-to-year variability in yields has occurred in the last decade, which is a major point of concern with cotton producers. It has been suggested that this may be related to extreme weather conditions during the boll development period in July and August. Average maximum temperatures in the 2001 season were a few degrees above normal. Recent research in Arkansas has indicated that elevated night temperatures during boll development may be a major contributory factor …