President’s Award for Excellence in Application of Science

The President's Award for Excellence in Application of Science was established in 1999 to honor exemplary applications of science that have had a positive impact on environmental protection and management by University of Maryland Center for Environmental Science faculty members.

 

2016

Dr. Jaqueline Grebmeier
Chesapeake Biological Laboratory

Dr Grebmeier has seen the impact of climate change on the Arctic first-hand. A research professor and biological oceanographer, she has been working for more than 30 years to understand how Arctic marine ecosystems respond to environmental changes, particularly the importance of biological systems living on the bottom of Arctic seas. Called a “first-rate science diplomat,” she has played a leadership role in coordinating and promoting national and international Arctic research and participated in more than 45 oceanographic expeditions on both U.S. and foreign vessels, many as Chief Scientist. She recently completed service as the U.S. delegate to and a vice-president of the International Arctic Science Committee and served as a member of the U.S. Polar Research Board of the National Academies. In 2000, President Clinton appointed a commissioner to the U.S. Arctic Research Commission in recognition of her exceptional contributions to Arctic marine research, particularly in the areas of benthic ecology and marine ecosystem dynamics.

 

 

2015

Dr. Mario Tamburri
Chesapeake Biological Laboratory

An expert in coastal observing systems, Dr. Tamburri was recognized for his leadership in applying innovative and well-tested environmental sensor technologies and in steadfastly working to reduce the risk of invasive species through maritime transportation. He has been a dedicated leader in working toward effectively addressing invasive species issues as the head of the Maritime Environmental Resource Center (MERC). The center has also recently established efforts to address other related Green Ship issues and innovations, including vessel biofouling, alternative fuels and methods to reduce air emissions.He is also Executive Director of the Alliance for Coastal Technologies (ACT), a partnership dedicated to developing effective and reliable sensors and platforms for monitoring water quality. He has been a key member of the Challenging Nutrients Coalition, a national inter-agency initiative working to improve scientist’s ability to measure and understand nutrient pollution.

2014

Jeff Cornwell

Dr. Jeff Cornwell
Horn Point Laboratory

An expert in sediments, water quality, and wetlands, Dr. Cornwell was recognized for his outstanding contributions to the understanding of nutrient cycling in the Chesapeake Bay, including his leadership inMaryland Port Authority on the impacts of dredging, the role of oysters in removing nutrients from the water column, and the impact of sedimentation at Conowingo Dam. In the last decade, his lab has worked on problems related to the placement of dredged materials, assessing the nutrient effects of dredging and the use of dredged materials in restoration of Poplar Island in the Chesapeake Bay. He has helped move forward efforts to restore the Bay’s oyster population through insights on the role of oysters in removing nutrients from the water column and how aquaculture impacts the chemistry of sediments and the impact of nutrient and phosphorus pollution on excess algae growth. Most recently he has assumed a lead role in assisting the State in understanding the effects of the Conowingo Dam on the balance of nutrients in the upper Chesapeake Bay.

2013

Dr. Keith Eshleman
Appalachian Laboratory

An expert in the field of watershed hydrology, Dr. Eshleman was recognized for his leadership in preparing a landmark report on best management practices for unconventional natural gas extraction, also known as fracking, as part of the Marcellus Shale Safe Drilling Initiative established by Governor Martin O'Malley. The recommendations will assist State and local policymakers and regulators in determining if and how development of the Marcellus Shale formation in western Maryland can occur while minimizing adverse impacts to the environment, natural resources, and public safety.

2012

Dr. Allen Place
Institute of Marine and Environmental Technology

Dr. Place takes diverse approaches with his biological research to address real problems, such as harmful algal blooms, and creatively develops and uses cutting-edge methods to counteract their effect. He takes his research full circle by working with public agencies and businesses in the application of his solutions. Place's work has focused on biology at a microscopic level, including investigating the toxic algae Karlodinium, which caused major fish kills in the late 1990s. By determining the cause of some of these fish kills, he was able to provide sound scientific information to Maryland state agencies and head off unfounded public concerns regarding human or ecological health. More recently, he led a group looking for novel and effective control mechanisms for cyanobacterial blooms that plague freshwater reaches of the Chesapeake Bay and formulated sustainable foods used to cultivate fish in aquaculture.

2011

Dr. Lawrence Sanford
Horn Point Laboratory

Dr. Sanford has made significant contributions to the understanding of sediment transport processes in the Chesapeake, transmitting that information to managers in an understandable way and working on innovative ways to incorporate the information into the Chesapeake Bay Water Quality and Sediment Transport Model. These efforts have led to marked improvements in the understanding of the role of sediment in Bay water quality issues. He has also worked with the Maryland Geological Survey in addressing sediment resuspension and transport at open water dredged sediment placement sites in northern Chesapeake Bay. The results of his efforts provided valuable insight into the effects of open water placement and were instrumental in providing a clearer understanding of the potential impacts associated with dredged sediment placement for the state’s resource management and permitting agencies.

2010

Dr. Margaret Palmer
Chesapeake Biological Laboratory

A restoration ecologist renowned for cutting-edge aquatic systems research, Dr. Palmer spearheaded the development of the first comprehensive database on river and stream restoration in the U.S. She has also been a national pioneer in leading research demonstrating that mountaintop removal mining and the associated valley fills destroys mountains and streams, as well as poisons the water, the wildlife, and people who depend on it in a way that cannot be reversed. According to Senator Ben Cardin, “When we in government end mountaintop removal mining for good in this country, it will be in no small measure a result of her work.”

2009

Dr. Edward Gates
Appalachian Laboratory

Dr. Gates’ career has been dedicated to making a difference in wildlife conservation and supporting the work of wildlife managers, and he is well known for his research on wildlife relationships with forest fragmentation and habitat alteration. His work on avian productivity in relation to edge effects and boundary dynamics was among the pioneering investigations on this topic, and his work on power line corridors and wildlife relationships is widely cited and used by managers. He has also explored the wildlife risk and fatality assessments at wind energy sites in western Maryland. A recognized authority in bat conservation, he has also conducted a number of studies on rare, threatened and endangered bats at various locations in the Mid-Atlantic region, from assessing the impacts of cell towers to evaluating the use of abandoned mines.

2008

Dr. Victoria Coles
Horn Point Laboratory

Dr. Coles helped us understand the impacts of climate change on the Chesapeake Bay and the highly vulnerable coastal zone through the development of a comprehensive assessment of climate impacts on Maryland. Her analysis provided an important basis for the efforts of Maryland Commission on Climate Change as they develop policies that will help Maryland adapt to changes and minimize vulnerability. She took the lead in assembling historical climate data and provided projections of future climatic conditions in Maryland, serving as the essential foundation for a comprehensive assessment of climate impacts to support actions on future climate conditions for our state.

2007

Dr. Joel Baker
Chesapeake Biological Laboratory

Dr. Baker has made significant scientific contributions that have informed policy decisions on issues relating to protection of human health (fish consumption advisories), water quality protections and restoration (several TMDLS for Baltimore Harbor and elsewhere), assessment of the scope and magnitude of PCB contamination, and atmospheric deposition of numerous contaminants. His contributions have also led to policies and management that have improved protection of human and other living resources and the appropriate handling of dredged material, including its beneficial and innovative reuse. He has made extensive contributions to understanding the nature, fate, and transformations of organic contaminants in dredged material and in the Chesapeake Bay.

2006

Dr. Thomas Fisher
Horn Point Laboratory

Dr. Fisher’s contributions to science have been enormously important to our efforts to protect and restore the Chesapeake Bay and its tributaries. He worked with state agencies and the Chesapeake Bay Program to design and implement the Bay-wide monitoring programs and computer modeling efforts that began in 1984. He has been a leader in conducting research on critical topics related to the eutrophication problem – atmospheric deposition, terrestrial nutrient processing, aquatic nutrient cycling and primary productivities.  He has also contributed his scientific expertise to develop nutrient criteria for streams, lakes and estuaries and modeling systems to support Total Maximum Daily Load analyses that guide state regulatory programs and enforce pollutant loading limits.

2005

Dr. Jack Greer
Maryland Sea Grant

Communicator “extraordinaire,” Dr. Greer has made stellar contributions to the Chesapeake Bay restoration and is well known and respected for his skills in leading discussions. He has the ability to assess a situation quickly and recommend a course of action. Importantly, he can find the common ground when most have not yet found the story line.

2004

Dr. Edward Houde
Chesapeake Biological Laboratory

Dr. Houde’s willingness to bring fisheries science into the management arena has helped improve the collaboration of multiple organizations so that science is used more thoughtfully by management agencies. An expert in the early life of fish, he has been a pioneer in research focusing on forage fish that set the stage for recent developments in ecosystem-based management, an area in which he has been influential. He has been instrumental in working with the NOAA Chesapeake Bay Office, guiding the development of the Fishery Ecosystem Planning for Chesapeake Bay, and played a critical role in the birth of GLOBEC, one of the most successful biological oceanographic programs ever.

2003

Dr. Raymond Morgan
Appalachian Laboratory

Dr. Morgan has shared his commitment to excellence, his knowledge of the natural environment and his dedication to evaluate and restore damaged ecosystems with state agencies. The results from these projects have been used to calculate the Total Maximum Daily Loads for Maryland’s impaired water bodies, informed the state’s water quality standards, and seek solutions to acid mine drainage in the coalfields of western Maryland. The successful partnership between Dr. Morgan and the Bureau of Mines is seen today in the fishing and recreational opportunities and the restored beauty that now abounds in the North Branch of the Potomac River, Cherry Creek and George’s Creek watersheds.

2002

Dr. Donald Meritt
Horn Point Laboratory

From his ability to distill practicality from science to his unique talent for direct communication, Don “Mutt” Meritt” is the epitome of the applied scientist. He has always been willing to help tackle practical problems in oyster culture that land on his doorstep; he has shared findings and offered counsel to anyone interested in trying novel in-water approaches; he has served as an essential nexus between watermen and the research community; and he has encouraged involving citizens and students in oyster restoration, an invaluable contribution to the future of the bay.

2001

Dr. Thomas Miller
Chesapeake Biological Laboratory

Dr. Miller has been integral to the comeback of the Maryland blue crab as a well-respected member of the Bi-State Blue Crab Advisory Committee, which recognized the critical importance of coordinating the management of the Chesapeake’s blue crab across state lines and in developing a definitive scientific basis for its management. He led the effort to identify the states of the stock and to carry forward recommendations on an appropriate harvest threshold, ensuring that the Bay Agreement’s commitment to sustain the blue crab and its fisheries was built on sound science and creditable targets.

1999

Dr. Walter Boynton
Chesapeake Biological Laboratory

Dr. Boynton is universally respected for his tireless willingness to help find answers and for his rare ability to communicate the essence of what science has to contribute to a practical problem. He has conducted a wide range of research on the Chesapeake Bay and on Maryland’s coastal bays. He is particularly well known for his research on nutrient cycling, including the role of bottom sediments in retaining or releasing nutrients. He has been an active contributor to the Chesapeake Bay Monitoring Program and applied studies related to such issues as water quality in Solomons Harbor and dredged sediments impacts. He also led the development of the characterization report for the Maryland Coastal Bays National Estuary Program.