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Not a complete list as of 8-30-17.

Tag: equipment and structures



Strategic Winter Feeding of Cattle using a Rotational Grazing Structure
7/30/2019 (reviewed)

Winter feeding of cattle is a necessary part of nearly all cow-calf operations. In winter months, livestock producers often confine animals to smaller "sacrifice" pastures to reduce the area damaged from winter feeding. A poorly chosen site for winter feeding can have significant negative impacts on soil and water quality. Such areas include locations in floodplains, such as those along creek bottoms or around barns near streams. These locations are convenient, flat areas for setting hay ring feeders; however, their negative effects on water quality outweigh the convenience. | ID-188
web only | 4 pages | 2,255 words | 182 downloads | PDF: 737 kb


Fenceline Feeder Systems for Beef Cattle Production and Resource Conservation
7/29/2019 (major revision)

One of the most challenging and costly aspects of beef cattle production in Kentucky is winter-feeding. Many producers complain about the time required to feed stored forages, the mud, the drudgery that it creates for the operator, and the decline in production. The intense traffic associated with winter-feeding on unimproved surfaces causes mud, compaction, erosion, and loss of desirable vegetation, often resulting in annual pasture renovations to address areas impacted by winter-feeding practices. Fenceline feeding systems offer an alternative to traditional in-field bale feeding during the wet winter conditions that Kentucky often experiences. These structures can be utilized to reduce the impact of winter-feeding on pastures and improve the operational efficiency of a winter-feeding area. | AEN-134
web only | 13 pages | 3,500 words | 232 downloads | PDF: 2,550 kb


Maps for Farm Planning
6/18/2019 (new)

Planning and design are critical steps when modernizing a farm to meet the current and future operational needs. Farm renovations and redevelopment must always consider the cost/benefit of changes, while staying consistent with good agricultural practice guidelines that conserve labor and the resources of the farm. The process of developing a farm map will be used to guide producers on the concepts and considerations necessary to make decisions related to planning renovations and developing new infrastructure on the farm. | AEN-141
web only | 4 pages | 1,938 words | 32 downloads | PDF: 1,318 kb


Go with the Flow: Simple Calculations for Drip Irrigation
5/10/2019 (new)

While drip irrigation is relatively easy, information about drip irrigation is often more complicated and confusing than it needs to be. Well-meaning professors and engineers use terms like "head" and "flow rate" without explaining exactly what they mean and how they are used. And it's often difficult to get help planning a small farm system in states without large irrigated acreages and irrigation traditions. The purpose of this bulletin is to help farmers understand the simple calculations involved in designing a small drip irrigation system. | HO-122
web only | 6 pages | 3,172 words | 14 downloads | PDF: 450 kb


Protecting Pastured Cattle using Windbreaks and Mounds
4/10/2019 (new)

Research shows that cattle benefit from summer shade and winter shelter. Pastured cattle seek shelter around structures, under trees, and in forested streamside zones. These areas are often heavily trafficked and become muddy, compacted loafing areas. Mud creates further stress on cattle and compounds the problems of temperature stress and feed inefficiencies. One option that could be used to lure cattle from these areas and provide winter shelter and summer shade is a constructed windbreak fence on a mound. | AEN-138
web only | 4 pages | 1,875 words | 25 downloads | PDF: 1,795 kb


Farm Gates: Design Considerations
2/18/2019 (new)

Farm gates are a necessity for controlling traffic and increasing security. There are many design considerations for optimizing a system of farm gates. Very few gates incorporate all the recommended design components that will be discussed in this publication. However, to move people, materials, equipment, and livestock through a gateway, the gateway should economize time, be navigable, and operate in an efficient manner. Time spent operating a poorly designed gateway is time wasted and a hindrance to production. This publication is a guide to aid producers in creating more functional designs for gateways. | AEN-137
web only | 6 pages | 2,558 words | 42 downloads | PDF: 2,500 kb


Fence Line Stiles, Escapes, and Refuges
1/23/2019 (new)

Opening farm gates for trucks, tractors, equipment, and livestock is unavoidable. However, opening a large gate, or a set of gates, for a person on foot is extremely inefficient, especially if the entrance does not put the producer where they need to be. An inconveniently located gate can lead to additional steps and unnecessary movements. Opening gates may require dealing with clasps, chains, or ropes just to get the gate unfastened. The gate may then have to be lifted or dragged open and closed. The bottom-line is that entering a poorly installed and unmaintained gateway can make the experience of opening and closing gates a time consuming nuisance. | AEN-136
web only | 4 pages | 1,538 words | 40 downloads | PDF: 9,300 kb


An IPM Scouting Guide for Common Problems of High Tunnel and Greenhouse Vegetable Crops in Kentucky
10/17/2018 (major revision)

Scouting and monitoring diseases, insects, weeds, and abiotic disorders in order to identify potential problems before they result in serious losses is essential to the IPM approach. The key to effective monitoring is accurate identification. The pictures included in this guide represent the more common abiotic and biotic problems that occur on vegetable crops grown in high tunnel and greenhouse structures in Kentucky. This manual is not all-inclusive, and growers may encounter problems not included here. Please contact a local Cooperative Extension Service office for assistance. | ID-235
2,500 printed copies | 28 pages | 5,200 words | 81 downloads | PDF: 1,938 kb


Greenhouse Tomatoes
6/12/2018 (minor revision)

Greenhouse tomato production has increased in recent years, responding to consumer demand for year-round fresh produce and advances in greenhouse vegetable production practices. However, of all the greenhouse crops, tomatoes (Lycopersicon esculentum) are the most complicated to grow because they require the most management, the most labor, and the most light. A grower must be committed to meeting the daily demands of production to be successful. Prospective growers need to get as much information as they can about all aspects of greenhouse production before beginning this enterprise. | CCD-CP-57
web only | 4 pages | 1,415 words | - | PDF: 1,500 kb


Off the Grid: Ultra-Low Pressure Drip Irrigation and Rainwater Catchment for Small Plots and High Tunnels
1/24/2018 (new)

All forms of irrigation need a push or pressure to move water from its source to its destination. Water sources include wells, springs, lakes, creeks, canals, rivers, cisterns, elevated tanks, or municipal water supplies. The amount of pressure or push required depends on many things including the height water must be lifted, length and size of the delivery pipe(s), crop and size of the area to be irrigated, and the distance water needs to be moved from the source to the field, greenhouse, or tunnel. | HO-120
400 printed copies | 12 pages | 3,615 words | 55 downloads | PDF: 9,416 kb


Appropriate All-Weather Surfaces for Livestock
10/16/2017 (minor revision)

Many livestock producers would say that mud is a natural part of livestock production. But the creation of mud costs producers money and makes them less competitive. Livestock that walk through mud require more feed for energy but actually eat less because walking in mud requires more effort to get to feed and water. Therefore, mud decreases average daily gains. Mud accumulation on the coat increases the amount of energy needed to generate heat in the winter or to keep cool in the summer. Also, it can lower sale prices due to hanging tags. The creation of mud also increases animal stress and leads to a variety of health problems, including protozoan and bacterial infections. It is essential that livestock producers understand that mud hinders cost-efficient livestock production and efforts should be made to limit the creation of mud. This publication explains how mud is created and describes different types of hardened surfaces and pads that agricultural producers should use to reduce mud creation and ultimately increase production efficiency and protect natural resources. | AEN-115
web only | 8 pages | 3,441 words | 243 downloads | PDF: 2,730 kb


High Tunnel Tomatoes
9/5/2017 (minor revision)

High tunnels, also known as hoop houses, are simple polyethylene-covered unheated structures that typically do not use fans for ventilation. Tunnels can be covered with one or two sheets of plastic; those covered with two have an air layer in between, thus offering better insulation and, consequently, more cold protection (and wind protection). High tunnels are used to extend the growing season earlier into spring and later into fall. Determinate and indeterminate tomatoes (Lycopersicon esculentum) can be successfully grown in this production system, yielding a potentially profitable "out of season." | CCD-CP-62
web only | 4 pages | 2,063 words | - | PDF: 1,500 kb


Tire Tanks for Watering Livestock
8/8/2017 (new)

Kentucky's abundant forage and extensive stream system have helped the Commonwealth become the largest beef producing state east of the Mississippi River. While streams and ponds serve as a water source for many operations, livestock can quickly degrade soil and water quality by trampling streambanks and defecating and urinating in and around waterbodies. These actions increase sediment, pathogen, and nutrient loads to streams, rivers, and lakes which in turn can causes eutrophication. To help protect the health of Kentucky's soil and water, producers can implement best management practices (BMPs). These practices help reduce the sources of pollutants and/or the transport of pollutants to waterways. One such practice or BMP is limiting cattle access to streams and ponds. When producers exclude livestock access to stream and ponds and their associated riparian buffers, an alternative source of water is required. Automatic water fountains are one commonly used means of providing cattle with water from an alternate source. A water tank constructed using a heavy equipment tire may serve as a viable option for supplying livestock with an alternate source of water. | AEN-133
web only | 8 pages | 4,702 words | 136 downloads | PDF: 4,650 kb


High Tunnel Leafy Greens and Herbs
7/11/2017 (minor revision)

High tunnels and other season extension techniques allow producers to extend the time period over which cash flows are generated from produce crops. High tunnel production is expanding to supply the increasing demand for locally grown produce, as well as policy and grant programs favoring high tunnel production. High tunnel production of leafy greens and herbs can also enable producers to market products at higher prices, before the start of a traditional local season. High tunnel leafy greens and herbs are typically added by producers already selling through direct markets: farmers markets, CSAs (community supported agriculture programs), and direct to local restaurants and groceries. | CCD-CP-60
web only | 5 pages | 2,531 words | 23 downloads | PDF: 893 kb


Greenhouse-grown Specialty Cut Flowers
11/11/2016 (minor revision)

"Specialty cut flowers" generally refers to cut flower species other than roses, carnations, and chrysanthemums. Some of the specialty cut flowers that can be grown successfully in Kentucky greenhouses, or other protected environments such as high tunnels, include anemone (Anemone spp.), Asiatic or oriental lilies (Lilium spp.), bachelor button or cornflower (Centaurea spp.), celosia or cockscomb (Celosia spp.), coral bell (Heuchera hybrids), freesia (Freesia hybrids), larkspur (Delphinium spp.), lisianthus (Eustoma spp.), snapdragon (Antirrhinum spp.), pollenless sunflowers (Helianthis annus) and zinnias (Zinnia spp.), and sweetpea (Lathyrus odoratus). | CCD-CP-58
web only | 3 pages | 1,298 words | 14 downloads | PDF: 503 kb


High Tunnel Strawberries
4/4/2014 (minor revision)

High tunnels are relatively simple polyethylene-covered unheated structures placed over irrigated ground beds. Also known as hoop houses, high tunnels can be used to extend the production season of a wide variety of crops in Kentucky, including strawberries. A plasticulture system with drip irrigation is recommended when using high tunnels for strawberry production. | CCD-CP-61
web only | 4 pages | 2,061 words | 5 downloads | PDF: 528 kb


High Tunnel Overview
6/12/2012 (new)

High tunnels, also known as hoop houses, are relatively simple polyethylene-covered greenhouse-like structures built over ground beds. High tunnels can be used to extend the production season and marketing window of a wide variety of crops. They have been used in Kentucky to produce early season vegetables, cut flowers, brambles, and strawberries. High tunnels can also make it possible to produce leafy greens and herbs during the winter. Shaded, well-vented high tunnels can be used to grow some cool-season crops later into early summer. | CCD-SP-2
web only | 7 pages | 3,489 words | 12 downloads | PDF: 963 kb


Greenhouse Structures
5/25/2011 (minor revision)

A greenhouse is a "tool" that can be used to facilitate the growing of plants. Generally, the tool is fitted for the job, and not the other way around. Growers need to determine what plants will be produced before making a decision about the type of greenhouse needed to accomplish the job. Depending on the crops to be grown, a conventional greenhouse may not even be needed. Instead, a simpler structure could more economically extend the growing season into spring and fall. For example, if the primary target is an early start date for farmers markets, row covers or a high tunnel may be quite adequate to handle the job. | CCD-SP-1
web only | 5 pages | 1,764 words | 8 downloads | PDF: 807 kb