Study looks at best way to bring healthy streams back after development

August 3, 2015
Ecologist Robert Hilderbrand and his research team at the University of Maryland Center for Environmental Science’s Appalachian Laboratory are examining the abilities of different stream restoration techniques to better improve the ecological side of stream restorations in urban watersheds.

Chesapeake Bay Trust: Expansion of a survey tool to measure behavior change and impacts within watersheds

Project Dates : April 01, 2014 - December 31, 2015

For over 30 years, citizen science organizations have been a trusted voice and advocate for the health of tributary watersheds to Chesapeake Bay. By engaging citizens in promoting specific Bay friendly actions, these clean water advocates have hoped to improve Bay water quality. However, no comprehensive assessment had been conducted to establish a baseline of current behaviors or measure behavior change. The probability that key stewardship behaviors are occurring and the likelihood that those behaviors will be adopted in the future was the focus of the last year's work.

Florida Department of Environmental Protection: Layout and design of factsheets and final report

Project Dates : April 06, 2015 - July 30, 2015

The primary objective of this project is to layout and design one 4-page factsheet, four 2-page factsheets, a final report, and to provide web-ready graphics to the Rookery Bay NERR. This includes designing colors, font, and design elements within each document. A common “branding” will be applied throughout the products so they are separate but related products. To achieve this, the following tasks have been identified and are outlined below. UMCES ability to complete this work within the tasks outlined in these objectives is contingent on frequent contact with Rookery Bay NERR staff.

UMCES 90: Celebrating 90 years

July 29, 2015
For 90 years, the University of Maryland Center for Environmental Science has led the way toward better management of Maryland’s natural resources and the protection and restoration of the Chesapeake Bay. From a network of laboratories spanning from the Allegheny Mountains to the Atlantic Ocean, our scientists provide sound advice to help state and national leaders manage the environment and prepare future scientists to meet the global challenges of the 21st century.

Town Creek Foundation: Climate Change Resilience Index

Project Dates : October 01, 2013 - April 01, 2015

Our goal is to develop a suite of indicators that will reflect resource resilience to impacts related to sea level rise, increased water temperature, changed precipitation patterns, and increased storm intensity and frequency. The suite of indicators will be integrated into the Chesapeake Bay Report Card. We estimate that this process will be achieved over a two-year period and will be an important evolution in the Chesapeake Bay Report Card, and for environmental reporting globally.

NPS: Shenandoah National Park: Natural Resource Condition Assessment

Project Dates : September 01, 2012 - November 30, 2014
The National Park Service is carrying out assessments of the natural resource condition (NRCA) for nearly 300 of the National Parks throughout the country deemed to have significant natural resources. This project, to assess condition of Shenandoah National Park in Virginia, is a synthesis project aimed at collating and synthesizing all available data to assess current status and trend for key indicators, combining these into an overall framework.

Algal biofuel start-up by UMCES alumnus makes waves

July 1, 2015
Ryan Powell holds up a vial of water with fingers caked with mud. It is algae extracted from pond choked with a bloom. He is standing on a farm outside of Baltimore, a test site for a new technology he has developed that can harvest algae from open ponds so it can be turned into crude oil. The oil can then be used as jet fuel, fuel oil, and diesel fuel.

Scientists expect slightly below average Chesapeake Bay ‘dead zone’ this summer

June 23, 2015
Scientists are expecting that this year’s Chesapeake Bay hypoxic low-oxygen zone, also called the “dead zone,” will be approximately 1.37 cubic miles – about the volume of 2.3 million Olympic-size swimming pools. While still large, this is 10 percent lower than the long-term average as measured since 1950. 

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