Developing a DNA Marker System for Bacteria from Cattle, Swine and Poultry Manure

Michael Sadowsky - University of Minnesota Department of Soil, Water and Climate, sadowsky@umn.edu (612) 624-2706

Quick Facts

Recipient: 
Michael Sadowsky - University of Minnesota Department of Soil, Water and Climate, sadowsky@umn.edu (612) 624-2706
Recipient Type: 
Public College/University
Status: 
Completed
Activity Type: 
Research
Counties Affected 
Statewide

In the first part of the study, researchers used sophisticated laboratory techniques (subtraction suppressive hybridization) to identify DNAs that are specific for E. coli originating from cows, pigs, and turkeys.They used different laboratory methods to identify fecal bacteria originating from humans and cows. Information gathered was used in the second part of the study to determine the source of fecal contamination in Little Jordan Creek.The purpose of the second part of this study was to determine the scale and source of fecal contamination in the creek and then employ best management practices (BMPs) at the beginning of and throughout the next year to reduce fecal loading.

A detailed description of all projects is located at the Minnesota Department of Agriculture's Clean Water Research website.

About the Issue

This project is supported by the Minnesota Department of Agriculture's Clean Water Research Program. The overarching goals of this research program are to identify underlying processes that affect water quality, to evaluate the effectiveness of agricultural Best Management Practices, and to develop technologies to target BMPs to critical areas of the landscape.

Project Details

The first year of the Minnesota Department of Agriculture's Clean Water Research program was 2007. A one-time appropriation of $800,000 was used to support four research projects. All projects were identified as high priority needs that required specific expertise and resources to effectively address the research question. All projects were funded through sole source contracts.

Status: 
Completed
Start Date: 
March 2007
End Date: 
June 2009

Project Details by Fiscal Year

Fiscal Year(s): 
2007
Legal Citation / Subdivision: 
M.L. 2006, Chapter 251
Appropriation Language 

Please refer to 2006 Minnesota Law, Chapter 251, Section 2

Fiscal Year Funding Amount: 
$240,000
Number of full time equivalents funded: 
0
Proposed Measurable Outcome(s) 

Minnesota state agencies are working together to establish and report outcome-based performance measures that monitor the progress and impact of Clean Water Fund activities. This inter-agency group completed a report in February 2012, Clean Water Fund Performance Report. At the heart of the report is a suite of quantifiable performance measures.

MDA's Clean Water Research Program is reporting on performance measure OPM12: Percent of research projects meeting research efficiency goals.

This performance measure was developed using guidelines from the National Academies of Sciences 2008 report Evaluating Research Efficiency in the U.S. Environmental Protection Agency.

According to the National Academies' framework projects are evaluated according to two main criteria:

1)  Investment efficiency: is the agency making investments in the right projects? 

Investment efficiency is best evaluated by an independent, expert review panel that uses predominantly qualitative metrics to evaluate the program. The charge of the review panel is to determine if the research supported is relevant, of the highest quality, effective and efficient.

  • Relevance is a measure of how well research supports the mission or purpose of the Clean Water Fund, which is to protect, enhance and restore lakes, rivers, streams, groundwater and drinking water in Minnesota.
  • Quality refers to how research contributes to our understanding and knowledge of water resources in Minnesota. The review panel will evaluate the soundness, accuracy, novelty and reproducibility of the research projects.
  • Effectiveness refers to the usability of research results by various stakeholders such as TMDL and other technical field staff, conservation professionals, and policy-makers.
  • Efficiency refers to the ability to achieve quality, relevance, and effectiveness while minimizing resources devoted to the project in terms of time and money

 

The review panel can also identify emerging issues and determine their place in research priorities.

 

2) Process efficiency: are the research investments being managed well?

Process efficiency uses quantitative measures to track dollars and hours devoted to a project. Process efficiency refers to inputs, outputs, and intermediate outcomes of a research project and overall program.

  • Inputs include agency resources such as funding, facilities, and staff that support research.
  • Outputs are products delivered by a research project such as conclusions, reports, published papers, monitoring data and new techniques developed.
  • Intermediate outcomes provide the review panel tangible metrics of evaluation. Examples of intermediate outcomes may include an improved body of knowledge available for decision-making, and newly developed tools and models.

 

Tracking Outreach and Education

  • Number of outreach activities  (presentations, workshops, field days, and other events)
  • Number of educational events (presentations or outreach to K-12 students or teachers, undergraduate science classes, non-science majors, grad students, etc)
  • Number of peer-reviewed publications

 

Description of Funds: 
Funding amount awarded in a research contract.
Recipient Board Members: 
Not Applicable

Project Manager

Adam
Birr
Minnesota Department of Agriculture
3555 9th Street, Suite 350
Rochester
MN
55901
(507) 206-2881

Competitive Grant Making Body

Information on the entities that award competitive grants
Board Members and Qualifications 

Not Applicable

Advisory Group Members and Qualifications 

Not Applicable