Clean Marine Dinner and WorkshopPrint Page

January 27, 2010 - 5:30pm - 8:30pm

Clean Marine Dinner and Workshop: How recreational boaters, sailors, kayakers and anglers can lead the way to a cleaner, healthier Tidal Delaware River

Wednesday, January 27th
1730 - 2030 (5:30 - 8:30 pm)
Coast Guard Station Sector Delaware Bay
1 Washington Ave. Philadelphia, PA  (one turn off Rt. 95)

Cost: FREE
RSVP to: JAnderson@pecpa.org or 215-592-7020 x101

Provides information about:
•    Ways to prevent pollution and the spread of invasive species
•    Clean ups and “adopt a site” programs
Speakers include: PA Cleanways, PA Fish and Boat Commission, PA Sea Grant and others

Share your suggestions for encouraging non-boaters to do their part to keep the Delaware River clean.

Dinner and giveaways! Give-aways provided by the PA Fish and Boat Commission, Philadelphia Water Dept. and REI

This program is hosted by the Pennsylvania Environmental Council’s Tidal Delaware Water Trail project with funding from DuPont’s Clear Into the Future Program.

Location

1 Washington Avenue
Philadelphia, PA

Comments

 

 

Increased salinization of freshwater in the northeastern U.S.

  • January 21, 2010
  • 11:30 AM - 01:30 PM
  • Philadelphia Water Department, 1101 Market St., 5th Floor, Philadelphia, PA
  • Topic:  Increased salinization of freshwater in the northeastern U.S.

Featured Speaker:  Dr. Sujay Kaushal, Chesapeake Biological Lab., Univ. of Maryland Center for Environmental Science

NOTE location change for January Meeting:  
Philadelphia Water Department, 1101 Market St., 5th Floor

Chloride concentrations are increasing at a rate that threatens the availability of fresh water in the northeastern U.S.  Increases in roadways and deicer use are now salinizing fresh waters, degrading habitat for aquatic organisms, and impacting large supplies of drinking water for humans throughout the region.  We observed chloride concentrations up to 25% of the concentration of seawater in streams of Maryland, New York, and New Hampshire during winters, and chloride concentrations remaining up to 100 times greater than unimpacted forest streams during summers.  Mean annual chloride concentration increased as a function of impervious surface and exceeded tolerance for freshwater life in suburban and urban watersheds.  Our analysis shows that if salinity were to continue to increase at its present rate due to changes in impervious surface coverage and current management practices, many surface waters in the northeastern U.S. would not be potable for human consumption and would be toxic to freshwater life within the next century.  New results will also be discussed regarding the effects of increasing climate variability/change on road salt dynamics, and the effects of road salt on stream and river restoration efforts.

 

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