The Rosemere Neighborhood Association and Columbia Riverkeeper submitted comments on proposed revisions to the City of Vancouver’s Storm Water Ordinances, VMC 14.24, 14.25 and 14.26.
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City of Vancouver Storm Water Ordinances – January 25, 2009
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As Above, So Below: Rainwater=Groundwater – January 6, 2009
Living in the Northwest, we are fortunate to have a seemingly abundant supply of water. Although there is a considerable amount that falls from the sky, there is an equally important amount of water that lies below us.
The rain that falls from the sky eventually finds its way into the aquifers below ground. We rely on this water for everything from drinking water to water for our crops. [Read More...]
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Local View: Stormwater Pollution is a Critical Issue for Clark County – Sunday, December 14, 2008
Flooding Chehalis, WA, on I-5 corridor. State Stormwater regulations work to alleviate stresses of high level storm events that can cause major flooding. These events represent only 1% of the rainfall in our state, yet do the most significant damage.
This editorial was published by the Columbian newspaper:
Sunday, December 14, 2008
By Dvija Bertish, Rosemere Neighborhood Association and Lauren Goldberg, Toxics and Conservation Director, Columbia RiverkeeperThe recent story regarding the City of Vancouver’s move to increase protections for our local creeks and rivers from the stormwater that carries thousands of pounds of heavy metals, pesticides, and oil from city streets should be welcome news to everyone who values clean water, salmon or the chance for your family to enjoy a swim in a local river or lake. [Read More...]
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ROSEMERE NEIGHBORHOOD ASSOCIATION NEWSLETTER – SEPTEMBER 2007
2007 NEWSLETTER
SEPTEMBER 2007 NEWSLETTER
PROPOSED COAL-BURNING POWER PLANT
On September 20, 2007, representatives of Columbia Riverkeeper, Willapa Audubon Society, and the Rosemere Neighborhood Association, along with a number of other concerned citizens, attended a public hearing held by Washington’s Energy Facility Site Evaluation Council to voice their opinions about Energy Northwest’s proposed Integrated Gasification Combined Cycle (IGCC) power plant in Kalama, WA. The council took comments from the public on Energy Northwest’s greenhouse gas “sequestration plan” (view the plan at http://http:www.esfec.wa.gov/pmec.shtml). [Read More...]
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SOLE SOURCE AQUIFER ACHIEVED! – August 14, 2006
Posted 9 pm, August 14, 2006
As of 3:00pm on Monday, August 14, 2006, the Troutdale Aquifer System in Clark County, WA, has been officially designated as a Sole Source Aquifer by the Environmental Protection Agency. Click here to view the EPA SOLE SOURCE FEDERAL REGISTER NOTICE.
On December 4, 2005, a petition was formally submitted to the Environmental Protection Agency (EPA), Region 10, Seattle, requesting that agency to designate the Troutdale and Unconsolidated Alluvium Aquifer System in Clark County, Washington, as a Sole Source Aquifer. The EPA defines the Sole Source Aquifer Program as a tool used to protect drinking water supplies in areas with few or no alternative sources to groundwater resources, and where if contamination occurred, using an alternative source for the potable water supply would be extremely expensive.
To qualify for Sole Source Aquifer designation, the proposed aquifer service area must prove to be at least 50% dependent on groundwater for the potable water supply. Factual analysis shows that 99.4% of the potable water currently used in the proposed Sole Source Aquifer service area in Clark County is obtained from groundwater, confirming that the Troutdale Aquifer System qualifies as a Sole Source Aquifer. READ MORE HERE
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Collaboration to Achieve Groundwater Protection in Clark County – December 7, 2005
On December 4, 2005, a petition was formally submitted to the Environmental Protection Agency (EPA), Region 10, Seattle, requesting that agency to designate the Troutdale and Unconsolidated Alluvium Aquifer System in Clark County, Washington, as a Sole Source Aquifer. The EPA defines the Sole Source Aquifer Program as a tool used to protect drinking water supplies in areas with few or no alternative sources to groundwater resources, and where if contamination occurred, using an alternative source for the potable water supply would be extremely expensive.