Publications

The purpose of this extension bulletin is to provide an understanding of what Salmonella is, how it is picked up by birds, and what control strategies can be implemented to reduce its survival and transmission in poultry flocks. Authors: Ashlyn Snyder and Shawna Weimer; Title: Understanding Salmonella; Its Presence and Control in Live Poultry (FS-1137).

Maryland’s horse industry adds $2.9 billion to the state’s economy, according to the American Horse Council 2024 economic impact study. Maryland is home to over 94,000 horses and ranks number one in the United States in terms of horses per square mile. University of Maryland Extension (UME) is a non-formal education system within the College of Agriculture and Natural Resources (AGNR) that has educators who can help guide and provide resources for Maryland’s horse enthusiasts. There are a variety of equine-related programs, online recordings, webinars, and publications that are offered through UME either for free or for a small fee to the public. Authors: Erica Crowl and Jennifer Reynolds; Title: University of Maryland Extension Resources for Horse Owners (EBR-51).

High tunnels or hoop houses are popular season-extension tools used by urban farmers, vegetable producers, and cut flower growers. One of the benefits of growing in a high tunnel is that it protects crops from excessive rain and keeps their leaves dry, which can reduce the spread of disease. However, soaking rains serve the beneficial purpose of leaching salt accumulated from fertilizers, compost and minerals in the irrigation water down below the root zone. Over time, a lack of soaking rains can result in a build-up of minerals in high tunnel soil, increasing the soil’s salinity. Sometimes a build-up of these minerals appears as a white crust on the surface of high tunnel soil. Salinity is an important consideration for management of healthy soil and growing media, particularly in high tunnels or hoop houses. Electrical conductivity measures salinity, or the total amount of soluble salts or minerals in the soil or growing medium.

Planting a native meadow is a challenging endeavor under the best circumstances. For Marylanders, the task is stymied by a lack of commercially available seed, and complicated by an abundance of misinformation about species selection. This fact sheet provides information on selecting species and obtaining seeds for planting a native meadow in Maryland's Coastal Plain ecoregions. The species recommended are based on those typically observed thriving in man-made meadows throughout the area. It is our hope that the species list will help landscape professionals and native seed producers in their efforts to meet the growing demand for meadow installation projects in Maryland.

A late August seeding of forage radish (Raphanus sativus L.) can eliminate the need for tillage before many early spring vegetable crops like spinach, beets, peas, onions, and even carrots under certain soil conditions in Maryland. In addition to reducing soil disturbance, not having to till prior to spring planting reduces labor requirements at a critical point in the season and may allow earlier planting. Forage radish, which winterkills when temperatures drop to 17-20°F, suppresses early spring weeds, allows soil to dry out and warm up, and provides an increased supply of N, S, P and other nutrients to crops in early spring. Because of the minimal amount of residue after forage radish, conventional planting equipment can effectively seed directly into the winterkilled cover crop without tillage. For early transplanted crops like onions, rows of radish can create holes into which transplants can be dropped. Experiment station results in Maryland and farmer trials throughout the mid-Atlantic and northeast have shown that this system requires a closed cover crop canopy in fall and may be ineffective in poorly structured, heavy soils. Authors: Natalie Lounsbury and Ray Weil; Title: No-Till Spring Vegetables After Forage Radish Cover Crop (FS-1134).

Sales are one-time transactions. Marketing is the process by which you identify a group of people who are willing and able to become and to remain your customers. As a new farmer, you won’t have established relationships with customers and potential buyers, yet. You must determine who wants and /or needs your products. These are your potential customers. Marketing takes time. But, it can be one of the most cost-effective uses of time in your business.

When preparing to show livestock in 4-H it can be overwhelming at times with the rules and guidelines that are found within the Maryland 4-H program and specifically in your individual county. If you take the time to read over the rules and guidelines and have open communication with your 4-H Extension Educator, 4-H Swine Department Superintendents and your Club Leader it becomes an easier process to ensure a positive experience.

Infectious Coryza (IC) is a rapidly spreading respiratory disease that mainly affects chickens and, occasionally, pheasants and Guinea fowl of all ages. Currently, there is an ongoing outbreak in some poultry flocks in the northeastern U.S. This publication addresses the most frequently asked questions about IC and how to prevent and control it. Authors: Mostafa Ghanem and Nathaniel Tablante; Title: Infectious Coryza (IC): Frequently asked questions (FAQs) (FS-1131)

Owning a flock of chickens can be a rewarding and educational hobby as well as a source of fresh eggs. While more often a problem for small and backyard flocks, predators can cause damage and loss of birds on farms of all sizes. This damage can range from an occasional bird loss to many birds nightly until the problem is fixed. Authors: Dr. Jon Moyle, Maegan Purdue, Dr. Tom Tabler, Jennifer Rhodes, and Paul Goeringer; Title: Identifying and Preventing Poultry Predators in the Mid-Atlantic Region (FS-1132)

The objective of this document is to provide an overview of the most relevant urban stormwater management and watershed restoration issues, common mitigating practices, and regulations relevant to the Chesapeake Bay Watershed. Land use and landscaping practices can drastically change how water flows on the landscape and ultimately impacts the health of our streams, rivers, and bays.