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• Urban Green and Community Gardens Grant Program

• Urban Forest Equity Grant Program

• State Energy Program

• Grid Resilience State/Tribal Grant Program

• Enabling Middle Mile Broadband Infrastructure Program

• Statewide Weatherization Barrier Remediation Program Operator

• Open Space and Watershed Land Acquisition Grant Program

• Kellogg School Programs & Professional Development

• School Outreach Programs

• The Recreation and Natural Heritage Trust Program

• Radioactive Materials and Industrial X-Ray Device Program

• Lake Water Quality Monitoring

  The DEEP Water Monitoring Program conducts ambient monitoring and the related assessment of the State’s waters, including Connecticut's many lakes and ponds. In Connecticut, there are a total of 2,267 lakes and ponds greater than 10 acres in size. The Monitoring Program conducts annual monitoring on approximately 10-20 of these. The type and locations of monitoring during a given year is determined by a variety of factors including participation in regional and national studies as well as support requests from groups within DEEP.

• Water Quality Monitoring Program Overview

  The DEEP Water Monitoring Group conducts annual water quality monitoring to evaluate the physical, chemical and biological condition of the State’s waters. Group staff collect a wide variety and large quantity of information each year, including water chemistry data, water temperature data, bacteria data, biological community data (fish, macroinvertebrates, diatoms) and tissue contaminant data.

• Water Monitoring Group Reports and Publications

  This page provides a list of reports and publications produced by the Water Monitoring Group. The Water Monitoring Program collects and interprets physical, chemical, and biological data from State waters. One of the major functions of this program is to support designated use assessments, as required under the Federal Clean Water Act, and this is communicated through the Integrated Water Quality Report. Another key role is to provide summary information of important program elements for use by DEEP and the public.

• Stressor Identification and Causal Assessment Work

  Stressor identification involves defining and listing possible sources of pollution, evaluating existing data, designing a sampling program to bracket the sources if additional data are needed, characterizing the causes, and, finally, identifying the most probable cause.