Another winter has finally ended, and messy roads and salty cars are quickly becoming a distant memory. Where did all that salt go? The millions of tons of deicing salts that get applied to our roads either wash off into local streams, or move into the local groundwater. Yet another research study has recently come out documenting the harmful effects this salt is having in the environment (see UConn Today article). Salt impacts aquatic life in streams, vegetation, and drinking water wells, creating a human health concern. Unfortunately there is no good cost-effective alternative available at this point.
Faced with this situation, New Hampshire decided to attack this problem at the source: reduce how much salt is being applied to the landscape. The Green SnowPro certification program provides municipal public works staff and private contractors with training on how to more efficiently apply deicing salts while still keeping the roads safe for travel. Information is provided on how salt actually works, what the impacts are on the environment, how to calibrate equipment, how much salt to apply given the weather conditions, and how to use anti-icing strategies. Another benefit of the program is that businesses who hire certified applicators receive reduced liability from damages arising from snow and ice conditions, creating an incentive for businesses to hire trained contractors. The New Hampshire Department of Environmental Services has reported that the program is helping to reduce salt application across the state.
Given the recent success of the program in New Hampshire, the program is being adapted here in Connecticut. UConn’s Tech Transfer Center has partnered with CT DOT, DEEP, and UConn CLEAR to pilot the program for municipal public works staff. The pilot session will be later this summer- check the T2 website for details. The goal is to expand the program to private contractors, just as New Hampshire has done.
Although our salt problem will not be fixed overnight, programs like this offer the best hope to tackle this very serious problem.
Michael Dietz from UConn Extension/CLEAR worked with the Tech Transfer Center at UConn to provide a winter operations training for UConn facilities staff. As a result of the training, salt applications were reduced by 3,600,000 pounds, improving water quality, and saving UConn roughly $200,000. Thanks to the UConn winter operations staff and the Tech Transfer Center for helping to make this happen.
There are several basic needs that need to be provided for poultry. These are feed, water, fresh air, light, darkness, proper thermal environment, protection (from the elements, predators, injury and theft) and proper space. Proper housing and equipment will take care of many of these items. Poultry and other animals function normally when they exist in harmonious balance with the other living forms and the physical and chemical factors in their environment. Therefore, it is the role of the poultry owner to properly manage the animals in their care.
Poultry require a dry, draft free environment. Depending upon the number of birds to be housed, almost any type of building that provides controlled ventilation, such as windows and doors, can be used. Birds should be reared in high, well drained areas. The windows of the coop and, outside run should face south to allow maximum exposure to the sun throughout the year. This helps with warmth in the winter and dryness during the rest of the year.
If you are building new, consider a concrete floor and starting your walls with two concrete blocks. This will prevent rodents, snakes and other predators from digging under the walls and floors for entrance into the coop. If you use plywood for floor construction, consider using two layers of 3/4″ CDX plywood, with a layer of 1/4″ or 1/8″ galvanized wire mesh between the layers, then raise the floor off the ground with posts or 6″ x 6″ runners. Using runners allows you to move the coop as needed. Being off the ground also helps prevent rot and moisture in the coop. All this helps prevent predators from chewing through the floor. Some have found that using the double layer of plywood with wire mesh and insulation between the layers helps keep the coop warmer in the winter. Windows should also be covered with wire mesh to keep wild birds and other predators out. For summer, a wire mesh screen door helps keep the coop cooler at night.
Ventilation provides comfort for the birds by removing moisture, ammonia and other gases; provides an exchange of air and helps control the temperature of the pen. You can use natural or gravity fed ventilation with windows, flues and slats. Or you can use forced air ventilation if you have a larger number of birds. In a small coop (less than 150 sq ft of floor space) you can use a bathroom fan in the ceiling and slats in the walls or windows to remove excess moisture in the winter, much as it does in your home. It is important to remove excess moisture and ammonia from the coop, especially in cold weather when ventilation is at a minimum.
For predator protection, keep your birds confined with fence and covered runs. Outside run fencing should be buried at least 12″ to 18″with an 6″ to 8″ “L” or “J” to the outside, backfilled with rocks and soil to prevent digging predators. To prevent problems with flying predators, cover your outside runs with mesh wire or netting. A 3-4 ft. grid over the pen made from bailing twine has also proven effective against flying predators. A good outside run can be made by digging 12-18” with a slight slopeaway from the coop, and laying plastic sheetingdown (if you don’t have good drainage) with a drain pipe at the end to catch runoff. Add 4-6” of sand, cover with 1⁄4” wire mesh, add 4-6” of coarse gavel, cover with 1/4” wire mesh and topwith 4-6” of pea-gravel. Put a barrier around therun of 2×6” to keep the gravel in place. Or youcan use a good ground cover of millet, broomcorn, sorghum or other tall leafy vegetation which provides hiding space for the birds.
Birds need adequate space for feeding, exercise, breeding, nesting and roosting.
Minimum Space Requirements
Roosts: Provide chickens with 6-10 inches of roost space per bird. Round roosts are the best, and a tree branch of about 1″ to 1.5″ in diameter works well. Meat birds and waterfowl do not require roosts.
Nests: It is best to provide one nest box for each 4-5 females in the flock. 12-14” cubeswith front open with perching space for the birds to stand on while entering the nest.
Floor material: Litter floors of wood shavings is the best. Wood has an excellent capacity to absorb moisture and then re- release it into the air. Whatever you use, keep it clean and dry.
FEED AND WATER
Birds need free access to fresh feed. Feeders can be made of wood, metal, or plastic, but it is important to provide about 2-3 linear inches of feeder space per bird and up to 6″ for meat type birds and turkeys. They should be adjustable in height so the lip of the feeder will be at the level of the back of the bird when standing. Keep troughs only half full to prevent feed wastage.
Fresh water should always be available to your birds, inside or outside. If using an open waterer keeping the lip of the waterer level with the back of the bird is essential. For winter watering, metal waterers can be placed on low temp heaters, keeping the
water at about 50oF. However, nipple waters are the best, since the birds cannot produce suction in their mouth. I recommend them over any open watering system. Use of a fish tank heater in buckets used for nipple waterers helps prevent freezing in the winter.
Commercial poultry feeds have been specially formulated for the type and age of your birds and are the best source of nutrition for your birds. For egg layers, a 14 or 16% CP laying mash or crumbles can be fed from the first egg until out of production. Chicks should be fed a 18-23% CP medicated starter, unless they received cocci-vac, then use a non-medicated starter feed, for six weeks. Then put on a 16-18% CP layer grower feed till 15 weeks or first egg, then on to the layer feed. Broilers should be feed a broiler starter (21-23% CP) feed for 3 weeks, and a 18-20% CP grower/ finisher till market.
Poultry require artificial lighting to maintain egg production during the short days of winter. Poultry are long-day breeders and we normally provide laying hens about 16 hrs of light per day throughout the year. Light timers set to come on at 5 am and off at 9 pm will supply the hours required. Low wattage CFL, LED or Incandescent lamps that supply about 1 foot candle of light at bird level is adequate. Use a 2700K lamp.
Never decrease the hours of light on laying hens or increase the hours of light on a growing bird.
Raising and brooding baby chicks requires special care. Chicks need to be reared in isolation for disease prevention. They should be reared in a clean, disinfected environment. Baby chicks cannot properly regulate their body temperature for a few days after hatching and require a heat source. Heat lamps, brooder stoves, hovers and infrared heaters work well. A brooder guard, a ring of cardboard or plastic at least 18″ high on the floor circling the heat source keeps the chicks from getting too far from the heat and reduces drafts. Watch the birds, if they huddle under the heat source, they are too cool, if off to one side, a draft, if spread evenly, just right. For newly hatched birds is it best to provide them with water for the first couple of hours before giving them solid feed. This helps clean out their excretory system. If you get chicks from a distant hatchery through the mail, then give them a 5% sugar water solution for the first few hours to boost their energy level.
Salmonella are bacteria that can live in the intestinal tracts of animals. There are many different types of salmonellae, some are found solely in animals and others can cause disease in both animals and people. Salmonellosis in humans can occur if they consume foods contaminated with Salmonella or have contact with animals or their environment. Animals commonly found with salmonella include reptiles, amphibians, poultry, wild birds, rodents, pocket pets, farm animals, dogs, cats, and horses.
Animals may carry certain types of Salmonella bacteria without showing any clinical signs of disease. When the Salmonella type does present with clinical signs, septicemia or typhoid, and enteritis (diarrhea) are seen. In some cases, abortion, arthritis, respiratory disease, necrosis of extremities (gangrene), or meningitis may develop. In these severe clinical infections veterinary management of Salmonella infection in an animal or herd may include isolation of the sick animal to recover, and limit any spread within the herd, or to humans. The presence of Salmonella in animals (i.e. Salmonella pullorum-typhoid or Salmonella enteritidis), is reportable to the state veterinarian and actively monitored for through surveillance testing of poultry going to fairs and requiring imported poultry to come from disease-free breeder flocks.
Salmonella is a major public health concern. There are approximately 40,000 human cases of salmonellosis reported in the United States every year, however the number could be thirty or more times greater, as milder cases may not be diagnosed by physicians or reported by the public.
People can become infected with Salmonella by:
Eating foods contaminated with the bacteria, such as beef, poultry, unpasteurized milk, eggs, or vegetables that are not properly handled, prepared and cooked.
Food contaminated by an unsanitary food handler during preparation.
Direct contact with farm animals or pets (including reptiles, baby chicks, and ducklings), animal feces, or animal environments.
Touching contaminated surfaces or objects and then touching their mouth or putting a contaminated object into their mouth.
Not washing hands after using the bathroom or changing diapers or touching animals or their environments prior to eating or drinking.
Drinking unpasteurized milk or contaminated water.
The Connecticut Veterinary Medical Diagnostic Laboratory (CVMDL) at UConn offers a number of diagnostic procedures and tests to assist veterinarians and animal owners in diagnosing Salmonellosis or other possible diseases. Services available are whole dead animal necropsy evaluations, sample culturing for pathogen identification and antimicrobial sensitivity testing, and screening blood samples for export movement or flock certification.
CVMDL is the only laboratory in New England accredited by the American Association of Veterinary Laboratory Diagnosticians. The laboratory is located on the UConn-Storrs campus and provides diagnostic services, professional expertise, research, and detection of newly emerging diseases. CVMDL collaborates with federal, state, and local agencies to detect and monitor diseases important to animal and human health.
CVMDL is part of the Department of Pathobiology and Veterinary Science (PVS) in the College of Agriculture, Health and Natural Resources (CAHNR) at UConn. For more information, visit cvmdl.uconn.edu or contact 860-486-3738 or CVMDL@uconn.edu. Dr. Mary Jane Lis, the State Veterinarian at the Connecticut Department of Agriculture may be contacted with regard to voluntary and mandated testing requirements at 860-713-2505.
Do you love gardening? Are you interested in expanding your knowledge and sharing that knowledge with others? Applications for the 2018 Master Gardener Program through UConn Extension are now due by Friday, November 17. Master Gardener interns receive horticultural training from UConn, and then share knowledge with the public through community volunteering and educational outreach efforts.
The 2018 class will introduce a hybrid course format. There will be 3-4 hours of online work before each of the weekly classes, and then a half-day course from 9 AM to 1 PM that runs for 16 weeks.
“Gardening and the study of it is something we can do our whole lives,” says Karen Linder, a 2015 graduate of the UConn Extension Master Gardener Program at the Bartlett Arboretum in Stamford. “There is always something new to learn – we can get deeper into a subject. Our instructors truly brought subjects to life that I thought could not be made exciting. Who knew soil had so much going on? It has truly changed the way I think and observe the world around me. That is pretty amazing!”
The program is broad-based, intensive, and consists of 16 class sessions (online course work and a half-day class each week) beginning the week of January 8, 2018. The Master Gardener program includes over 100 hours of training and 60 hours of volunteer service. Individuals successfully completing the program will receive UConn Extension Master Gardener certification. The program fee is $425.00, and includes all needed course materials. Partial scholarships may be available, based on demonstrated financial need.
“I would recommend the UConn Master Gardener program to anyone with a serious desire to learn more about horticulture,” says Holly Maynard, who is graduating with the 2017 class in Hartford County. “There are some spectacularly engaging guest lecturers; this is not some amateur gardening club.”
Classes will be held in Torrington, Vernon, New Haven, New London, and Stamford. The postmark deadline for applications has been extended to Friday, November 17, 2017.
For more information or an application, call UConn Extension at 860-570-9023 or visit the UConn Extension Master Gardener website at: www.mastergardener.uconn.edu.
Washington, DC — Cooperative Extension (Extension), the U.S. Department of Agriculture’s (USDA) National Institute of Food and Agriculture (NIFA), and the Association of Public and Land-grant Universities (APLU) today announced winners of their 2017 Excellence in Extension and National Excellence in Diversity Awards. NIFA and Extension have sponsored the Excellence in Extension and National Diversity awards since 1991, which will be presented at the APLU Annual meeting in Washington, D.C. on November 12, 2017.
“NIFA is proud to support the national network of Extension experts and educators through our land-grant institution partnership, said NIFA Director Sonny Ramaswamy. “This collaboration brings science-based knowledge to farmers, ranchers, and community members to help them grow their businesses, raise healthy families, and support their communities.”
“Citizens in the counties, parishes, boroughs, and municipalities served by Cooperative Extension professionals in every state, in the five U.S. territories, and in the District of Columbia can be proud, as I am, of those receiving these awards. These awards represent the finest examples of the many positive impacts of Cooperative Extension work in the United States,” said Fred Schlutt, Vice Provost, Extension & Outreach and Director Cooperative Extension Service, University of Alaska and Chair, Extension Committee on Organization and Policy (ECOP). ECOP is the representative leadership and governing body of Extension nationwide.
Kentucky State University’s Louie Rivers, Jr. will receive the 2017 Excellence in Extension Award – a prestigious national recognition for visionary leadership, excellence in programming, and positive impact on their community. Rivers has helped secure and manage more than $12 million in extramural funding to enhance Kentucky State University’s work with the small, limited-resource, minority, veteran and women farmers in the Commonwealth of Kentucky. On average, participants of the Small Farmers Program have shown an annual increase of $5,000 in income from their farms. His leadership has impacted more than 20,000 individuals at Kentucky State University’s monthly workshop for small farmers and those new to farming.
The National Extension Diversity Award – an esteemed recognition of an Extension program or an educator for achieving and sustaining diversity and pluralism – will go to the 4-H Youth Development Educators at Oregon State University Extension Service for its “Attitudes for Success Youth Leadership Program.” Since inception in 1989, more than 9,000 Hispanic and Native American youth have participated in the “Attitudes for Success” program. Over 950 students have served as youth council officers and 270 professionals, including university and college representatives from institutions located in the northwest, have volunteered as presenters, many for multiple years. Local mentors assist the youth in leadership engagement such as running for student body officer positions or planning community events. As a result of the impact, longevity, and the availability of curriculum and evaluation tools, the program is being replicated to other states. Patricia Dawson, 4-H Youth Development Professor, will accept the award in Washington.
In addition to the national recognition, one educator from each of the five Extension regions (northeast, north central, south, west, and 1890 universities), will be recognized for excellence at the APLU Annual Meeting.
The 2017 regional Excellence in Extension awardees are:
1890s Region: Misty Blue-Terry, North Carolina Agricultural and Technical State University
North Central Region: Kevin Erb, Director, University of Wisconsin-Extension
Northeast Region: Chet Arnold, University of Connecticut
Southern Region: Damona Doye, Oklahoma State University
Western Region: Marsha A. Goetting, Montana State University
About Cooperative Extension
Cooperative Extension (Extension) translates science for practical applications; engages with the public by providing reliable information leading to positive action; and transforms individuals, families, communities and businesses in rural and urban areas. Extension operates through the nationwide land-grant university system and is a partnership among the federal government (through USDA-NIFA) and state and local governments. At the national level, Extension is coordinated by the Extension Committee on Organization and Policy (ECOP), which is the representative leadership and governing body of Extension nationwide and works in partnership with the APLU Commission on Food, Environment and Natural Resources. See www.landgrantimpacts.org/extension and www.extension.org/ecop for more information or follow us on Twitter @Ext100Years.
About the National Institute of Food and Agriculture
NIFA’s mission is to invest in and advance agricultural research, education, and extension to solve societal challenges. NIFA’s investments in transformative science directly support the long-term prosperity and global preeminence of U.S. agriculture. To learn more about NIFA’s impact on agricultural sciences, visit www.nifa.usda.gov/Impacts, sign up for email updates, or follow us on Twitter @USDA_NIFA, #NIFAImpacts.
USDA is an equal opportunity lender, provider, and employer
About the Association of Public and Land-grant Universities
APLU is a research, policy, and advocacy organization dedicated to strengthening and advancing the work of public universities in the U.S., Canada, and Mexico. With a membership of 237 public research universities, land-grant institutions, state university systems, and affiliated organizations, APLU’s agenda is built on the three pillars of increasing degree completion and academic success, advancing scientific research, and expanding engagement. Annually, member campuses enroll 4.9 million undergraduates and 1.3 million graduate students, award 1.2 million degrees, employ 1.2 million faculty and staff, and conduct $43.9 billion in university-based research.
The Connecticut Veterinary Medical Diagnostic Laboratory (CVMDL) within the Department of Pathobiology and Veterinary Science (PVS) in the College of Agriculture, Health and Natural Resources (CAHNR) at the University of Connecticut routinely tests domestic and wild animals for rabies. Rabies is one of the oldest recognized diseases to mankind. Rabies can affect all warm-blooded animals which plays an important role in transmission of the disease and serve as reservoirs for the rabies virus.
To detect rabies in animals, a set of strict standard operating procedures are followed. The CVMDL performs a Direct Immunofluorescent Assay (DFA) on brain tissue derived from dead animals. These animals, usually with a history of abnormal behavior, are submitted to the laboratory for testing.
The CVMDL tests many domestic and wild animal species on a weekly basis for rabies. Among them, bats are a fairly common submission to CVMDL for rabies testing. For instance, during 2016, a total of 28 bats were submitted to CVMDL, with the majority of the submissions taking place during the months of June, July and August. All of these bats tested negative for rabies.
Interestingly enough, in 2017, CVMDL has already tested 40 bats for rabies. The virus was detected in the brains of two bats that were submitted to the lab in July and October, respectively. Remember, always be cautious when dealing with wild animals. CVMDL suggests to call your local animal control to help collecting or trapping wild animals.
For more information, visit cvmdl.uconn.edu or contact 860-486-3738 or CVMDL@uconn.edu.
Headed outdoors? Make sure you take precautions against ticks in October and November. Adult ticks are more active during this time of the year, creating a problem for both humans and animals.
These disease-carrying arachnids reside in moist areas, long grass and the leaf litter and will latch onto humans and animals alike. Although there are many different species of ticks, people generally think of one tick species in particular when worrying about illness: the deer tick. While the Deer tick is predominantly known for transmitting Lyme disease (caused by the corkscrew-shaped bacterium, Borrelia burgdorferi) it can also carry other disease causing agents such as Anaplasma phagocytophilum, Babesia microti and Borrelia miyamotoi. These are the causative agents of Granulocytic Anaplasmosis, Babesiosis and Borrelia miyamotoi respectively. A single tick has the potential to transmit one, two, or even all four of these illnesses simultaneously! Other species of ticks found in the Northeast such as the Dog tick (Dermacentor variablis), Brown Dog tick (Rhiphcephalus sanguineus) and Lonestar tick (Amblyomma americanum) can also be tested for different pathogens known to cause illness in humans and/or animals.
If you find a tick on yourself, your child, or your pet, remove it immediately but do not make any attempt to destroy it. The Connecticut Veterinary Medical Diagnostic Laboratory (CVMDL) at UConn can test the tick for all those pathogens. Ticks received at the CVMDL are first examined and identified by trained technicians using a dissection microscope. This identification process determines the species of tick, life stage, and degree of blood engorgement, all of which are factors that may impact transmission of pathogens to the person or animal (the host). Ticks may then be tested for the DNA of pathogens that are known to be transmitted by that tick species. Results are reported within 3-5 business days of receiving the sample. Next business day RUSH testing is available for an additional fee. The information obtained from testing your tick at UConn is very useful when consulting with your physician or veterinarian about further actions you may need to take.
Compared to 2016, this year, the CVMDL has seen a significant increase in the numbers of tick submissions to the laboratory. In the month of April the number of submissions increased 92% relative to the same month in 2016. The increases for other warm weather months were 104% in May, 70% in June and 60% in July. CVMDL speculates that changes in weather patterns this year may have affected changes in tick populations and with that, increased number of tick submissions to the lab.
CVMDL is the only laboratory in New England accredited by the American Association of Veterinary Laboratory Diagnosticians. The laboratory is located on the UConn-Storrs campus and provides diagnostic services, professional expertise, research and detection of newly emerging diseases, and collaborates with federal, state, and local agencies to detect and monitor diseases important to animal and human health.
How to send in ticks: Please send ticks in sealed, double zip lock bags accompanied by a small square of moist paper towel. The submission form and the “Do’s and Don’ts of tick testing” can be found on our website at http://s.uconn.edu/tickform. You can also watch a video produced by UConn Communications for the Science in Seconds series here.
The auction will be held on Sunday, October 22nd at UConn’s Storrs Campus at the UConn Cattle Resource Unit (Heifer Barn) located on Horsebarn Hill Road. The event is free and open to the general public. Preview of animals begins at 10 a.m.; auction will be held at 12:00 noon; lunch will be available for purchase. Please contact Mary Margaret Cole, Executive Program Director, UConn Livestock Units at Mary_Margaret.Cole@uconn.edu with any questions. Please visit http://animalscience.uconn.edu/join.php to join the email list if you would like to receive a digital copy of the animal sale list.
Approximately 30 UConn animals are expected to be auctioned and may include Angus (heifers and steers), and Hereford (heifers and steers). Consignments will not be accepted this year.
UConn is on the front line in the fight to control the spread of tick-borne diseases. At the state testing lab on campus, UConn scientists are tracking established and emerging diseases carried by ticks from around the country.