m |
m |
||
Line 1: | Line 1: | ||
− | The basic premise for selection of a Best Management Practice (BMP) or group of BMPs is to follow the treatment train approach. Under the treatment train approach, stormwater management begins with simple methods that minimize the amount of runoff that occurs from a site and methods that prevent pollution from accumulating on the land surface and becoming available for wash-off. These methods include [[Better Site Design]] | + | The basic premise for selection of a Best Management Practice (BMP) or group of BMPs is to follow the treatment train approach. Under the treatment train approach, stormwater management begins with simple methods that minimize the amount of runoff that occurs from a site and methods that prevent pollution from accumulating on the land surface and becoming available for wash-off. These methods include |
+ | *[[Better Site Design|Better site design]]; | ||
+ | *Low Impact Development (LID); | ||
+ | *[[Pollution prevention|pollution prevention]]; | ||
+ | *volume minimization; | ||
+ | *[[Stormwater re-use and rainwater harvesting|stormwater re-use and rainwater harvesting]]; and | ||
+ | *[[Temporary construction erosion and sediment control|temporary construction erosion and sediment control]] techniques. | ||
After all of the efforts possible are made to minimize runoff, the next major BMP then becomes collection and treatment of runoff locally and regionally, either as stand-alone practices or in treatment train combinations. Some of the available BMPs are best used to reduce runoff volume, while others focus on water quality improvement. Some BMPs will be easy to implement, while others involve serious engineering and sophisticated design. Other BMPs used in a treatment train include *[[Bioretention|bioretention]] devices, including [[Trees|tree trenches and tree boxes]]; | After all of the efforts possible are made to minimize runoff, the next major BMP then becomes collection and treatment of runoff locally and regionally, either as stand-alone practices or in treatment train combinations. Some of the available BMPs are best used to reduce runoff volume, while others focus on water quality improvement. Some BMPs will be easy to implement, while others involve serious engineering and sophisticated design. Other BMPs used in a treatment train include *[[Bioretention|bioretention]] devices, including [[Trees|tree trenches and tree boxes]]; |
The basic premise for selection of a Best Management Practice (BMP) or group of BMPs is to follow the treatment train approach. Under the treatment train approach, stormwater management begins with simple methods that minimize the amount of runoff that occurs from a site and methods that prevent pollution from accumulating on the land surface and becoming available for wash-off. These methods include
After all of the efforts possible are made to minimize runoff, the next major BMP then becomes collection and treatment of runoff locally and regionally, either as stand-alone practices or in treatment train combinations. Some of the available BMPs are best used to reduce runoff volume, while others focus on water quality improvement. Some BMPs will be easy to implement, while others involve serious engineering and sophisticated design. Other BMPs used in a treatment train include *bioretention devices, including tree trenches and tree boxes;
Click on a date/time to view the file as it appeared at that time.
Date/Time | Thumbnail | Dimensions | User | Comment | |
---|---|---|---|---|---|
current | 22:15, 27 December 2012 | 1,296 × 981 (975 KB) | Mtrojan (talk | contribs) |
You cannot overwrite this file.
The following 2 pages use this file:
This file contains additional information, probably added from the digital camera or scanner used to create or digitize it.
If the file has been modified from its original state, some details may not fully reflect the modified file.
Horizontal resolution | 59.06 dpc |
---|---|
Vertical resolution | 59.06 dpc |
Software used |
|