Publications

Authors: Paula Shrewsbury - Nancy Harding - Marie Rojas - Stanton Gill

Japanese maple scale (JMS), (Lopholeucaspis japonica Cockerell) (Hemiptera: Diaspididae), is a prolific pest of major concern to nursery crop producers and landscape managers in MD and the eastern United States. JMS is difficult to monitor and manage due to its small size, extended crawler emergence periods, and wide host plant range. The purpose of this fact sheet is to provide practitioners with host plant information that will help to improve and focus their monitoring efforts. All plants listed in this fact sheet are verified as hosts of Japanese maple scale from published literature or direct observations by the authors. This list should not be considered all inclusive. Due to the generalist feeding habits of JMS there are likely more hosts we have yet to identify including additional cultivars/hybrids. Authors: Paula M. Shrewsbury, Nancy M. Harding, Marie S. Rojas, and Stanton Gill; Title: Japanese Maple Scale Woody Ornamental Host Plants (EB-1)

Authors: Margaret Todd

Solar arrays are becoming an increasingly familiar sight all over Maryland. In 2017, for the first time, solar power in Maryland exceeded the combined electricity generation from both biomass and wind power. Agricultural landowners often decide to install solar panels to off-set their personal and business electricity usage. Solar developers also approach agricultural landowners about leasing farmland to install utility-scale solar energy generating stations (SEGS).

Authors: Vernelle Mitchell Hawkins

Maryland is considered “America in miniature.” Like many other states in the country, Maryland represents a very diverse area in terms of landscape, climate, culture and inhabitants. For decades, 4-H has been an organization that has recognized the diversity of not only Maryland but all states and has provided youth development programs that evolve to meet the needs of the ever changing society (Figure 1, Junge 2006). Although deeply rooted in an agricultural foundation, 4-H has broadened its scope in recent years to provide developmental support for youth in non-farm based rural, urban and suburban areas. Historically, these areas have been considered “underserved.” According to Junge (2000), an underserved area is one where 4-H is not currently serving the community. This could be based on demographics, geographic location or resource availability (ex. income, transportation, employment status, etc).. This publication will share strategies that can be used to create opportunities to reach underserved communities using needs based outreach, networks and partnerships.

Authors: Alganesh Piechocinski

Adventure In Science is a partnership between the University of Maryland Extension and AIS Inc. It is a science based hands-on educational program reaching about 330 youth ages 8-14 in Montgomery County. The program is provided at six locations managed by organizational leaders and instructors. Parents and other volunteers help teach an interactive 2-3 hours sessions every Saturday for 18 weeks.

Authors: Sheryl Bennett - Chris Rein

Interviewing can be intimidating and stressful but teaching 4-Hers essential skills in this area will help them be successful. This publication provides youth development professionals with a resource when teaching 4-Hers about interviewing for teen leadership positions, Out of State trip interviews, and employment. Additionally, this publication can be a tool directly provided to 4-H youth who are planning to interview.

Authors: Don Webster - Don Meritt - Shannon Hood

Oyster aquaculture in Maryland is carried out using both traditional bottom leases as well as newer water column leases that utilize containment gear to produce single oysters. This manual describes the different types of production methods that can be used to build an aquaculture business and is designed to help prospective growers choose a method as well as equipment that will result in the production of high quality shellfish.

Authors: Lisa Wainger - Matthew Weber

Researchers from the University of Maryland Center for Environmental Science (UMCES) conducted a study to evaluate the potential effect of nutrient credit trading on the growth and profitability of Maryland’s aquaculture industry. Nutrient credit trading is a market approach to lowering the cost of meeting the pollution caps that have been established to restore aquatic habitat in the Chesapeake Bay. Oyster aquaculture producers are eligible to sell credits in this emerging market, which creates the potential for economic and environmental benefits.

Authors: Andrew Kness - Bryan Butler - Peter Coffey

This publication details what we have learned from the University of Maryland hops project and includes current production recommendations for growing hops in Maryland. This is a multi-year study and partnership with Flying Dog Brewery that started in 2016.

Authors: Beverly Jackey - Shauna Henley

Cooking food to a safe minimal temperature, using a food thermometer is an important behavior to reduce foodborne illness among consumers. However, data from FDA observed 67% of consumers owning a food thermometer, and this has not changed in 10 years. Using a food thermometer all the time for roasts, poultry, and hamburgers can range between 10-38%. This fact sheet helps address how to safely calibrate a food thermometer, and hot to best store and use it to keep the meals Marylander's prepare less risky.

Authors: Trish Moore - Shauna Henley

This Fact sheet is to show educators how to recycle plastic or foam board into an educational tool, that can be used for nutrition and food safety purposes. Authors: Shauna C. Henley and Trish Moore; Title: How to Build a Miniature Refrigerator for Nutrition & Food Safety Demonstrations (EBR-48).