m
m
 
(8 intermediate revisions by the same user not shown)
Line 4: Line 4:
  
 
==Nomenclature==
 
==Nomenclature==
 +
[[File:Marquette avenue 5.jpg|thumb|300px|alt=photo of trees on marquette Avenue|<font size=3>Trees, such as these on Marquette Avenue, Minneapolis Minnesota, [https://stormwater.pca.state.mn.us/index.php?title=Green_Infrastructure_benefits_of_tree_trenches_and_tree_boxes provide numerous environmental and social benefits]. Photo courtesy of the Kestrel Design Group, Inc.</font size>]]
 +
[[File:Social capital.jpg|300px|thumb|alt=photo neighborhood garden|<font size=3>Social capital is building knowledge and skills through community interaction. An example is installing neighborhood gardens, which results in environmental benefits. Image: [https://masterwaterstewards.org/by-the-numbers/ Master Water Stewards]</font size>]]
 +
 
Green infrastructure benefits are often divided into three major categories - environmental, economic, and social. Because stormwater management is often linked to NPDES permits or local requirements, we added a fourth category called regulatory. Each of these can be further divided into additional benefits. The following nomenclature reflects what we have found in the literature and what is used in the Minnesota Stormwater Manual.
 
Green infrastructure benefits are often divided into three major categories - environmental, economic, and social. Because stormwater management is often linked to NPDES permits or local requirements, we added a fourth category called regulatory. Each of these can be further divided into additional benefits. The following nomenclature reflects what we have found in the literature and what is used in the Minnesota Stormwater Manual.
 
*Environmental benefits
 
*Environmental benefits
**Improved water quality
+
**[https://stormwater.pca.state.mn.us/index.php?title=Water_quality_benefits_of_Green_Stormwater_Infrastructure Improved water quality]
 
***Pollutant removal
 
***Pollutant removal
 
***Reduced salt use
 
***Reduced salt use
**Water quantity benefits
+
**[https://stormwater.pca.state.mn.us/index.php?title=Water_quantity_and_hydrology_benefits_of_Green_Stormwater_Infrastructure Water quantity and hydrology benefits]
 
***Reduced flooding and reduced peak flows
 
***Reduced flooding and reduced peak flows
 
***Improved hydrology
 
***Improved hydrology
 
***Groundwater recharge
 
***Groundwater recharge
**Improved air quality
+
**[https://stormwater.pca.state.mn.us/index.php?title=Air_quality_benefits_of_Green_Stormwater_Infrastructure Improved air quality]
**Ecological benefits
+
**[https://stormwater.pca.state.mn.us/index.php?title=Wildlife_habitat_and_biodiversity_benefits_of_Green_Stormwater_Infrastructure Ecological benefits]
 
***Enhanced biodiversity
 
***Enhanced biodiversity
 
***Habitat improvement
 
***Habitat improvement
**Climate benefits
+
**[https://stormwater.pca.state.mn.us/index.php?title=Climate_benefits_of_Green_Stormwater_Infrastructure Climate benefits]
 
***Resilience to climate change
 
***Resilience to climate change
 
***Reduced urban heat island effects
 
***Reduced urban heat island effects
Line 53: Line 56:
 
**increased rain intensity and magnitude of individual rain events
 
**increased rain intensity and magnitude of individual rain events
 
**increased length of dry periods
 
**increased length of dry periods
 +
*'''Ecosystem service'''. Basic services provided by the natural environment and required for humans and all life to survive. For more information, [https://stormwater.pca.state.mn.us/index.php?title=Multiple_benefits_of_green_infrastructure_and_role_of_green_infrastructure_in_sustainability_and_ecosystem_services#What_are_ecosystem_services.3F link here].
 +
*'''Green infrastructure'''. An approach to water management that protects, restores, or mimics the natural water cycle [https://www.americanrivers.org/threats-solutions/clean-water/green-infrastructure/what-is-green-infrastructure/ American Rivers].
 
*'''Habitat improvement'''. Restoring, enhancing, or establishing physiographic, hydrological, or disturbance conditions necessary to establish or maintain native plant and animal communities, including periodic manipulations to maintain intended habitat conditions on completed project sites (16 U.S. Code § 3772). In contrast to many definitions in the literature, which focus on vegetation management to improve habitat for animals, this definition includes both plant and animal communities and any management activity that enhances these communities. For example, habitat improvement might include manipulating soil conditions to enhance specific vegetation that supports invertebrate populations. Indicators or indices may be used to assess habitat or ecosystem health and changes in health (see for example [https://www.ehp.qld.gov.au/water/monitoring/assessment/water_quality_indicators.html]).
 
*'''Habitat improvement'''. Restoring, enhancing, or establishing physiographic, hydrological, or disturbance conditions necessary to establish or maintain native plant and animal communities, including periodic manipulations to maintain intended habitat conditions on completed project sites (16 U.S. Code § 3772). In contrast to many definitions in the literature, which focus on vegetation management to improve habitat for animals, this definition includes both plant and animal communities and any management activity that enhances these communities. For example, habitat improvement might include manipulating soil conditions to enhance specific vegetation that supports invertebrate populations. Indicators or indices may be used to assess habitat or ecosystem health and changes in health (see for example [https://www.ehp.qld.gov.au/water/monitoring/assessment/water_quality_indicators.html]).
 
*'''Social capital'''. Social capital is the  stock  of  skills,  knowledge,  etc.  that  people  bring  to  reoccurring,  shared  experiences. Social  capital  is  developed  through  social  networks  or  social  connections. An example is neighborhood programs such as adopt-a-drain, leaf pick-ups, and rain barrel programs, which build neighborhood trust and communication while providing environmental benefits ([http://digitalcommons.unl.edu/cgi/viewcontent.cgi?article=1194&context=usepapapers Green et al., 2012]).
 
*'''Social capital'''. Social capital is the  stock  of  skills,  knowledge,  etc.  that  people  bring  to  reoccurring,  shared  experiences. Social  capital  is  developed  through  social  networks  or  social  connections. An example is neighborhood programs such as adopt-a-drain, leaf pick-ups, and rain barrel programs, which build neighborhood trust and communication while providing environmental benefits ([http://digitalcommons.unl.edu/cgi/viewcontent.cgi?article=1194&context=usepapapers Green et al., 2012]).
 +
*'''Sustainability'''. Development that meets the needs of the present without compromising the ability of future generations to meet their own needs ([http://www.un-documents.net/our-common-future.pdf United Nations]).
 +
<noinclude>
 +
[[Category:Level 2 - Management/Green infrastructure]]
 +
</noinclude>

Latest revision as of 18:32, 5 December 2022

This site is currently undergoing revision. For more information, open this link.
This site is in development

There are a wide variety of green infrastructure (GI) benefits identified in the literature and no universal nomenclature or set of definitions. The nomenclature and definitions used in the Minnesota Stormwater Manual are summarized below.

Nomenclature

photo of trees on marquette Avenue
Trees, such as these on Marquette Avenue, Minneapolis Minnesota, provide numerous environmental and social benefits. Photo courtesy of the Kestrel Design Group, Inc.
photo neighborhood garden
Social capital is building knowledge and skills through community interaction. An example is installing neighborhood gardens, which results in environmental benefits. Image: Master Water Stewards

Green infrastructure benefits are often divided into three major categories - environmental, economic, and social. Because stormwater management is often linked to NPDES permits or local requirements, we added a fourth category called regulatory. Each of these can be further divided into additional benefits. The following nomenclature reflects what we have found in the literature and what is used in the Minnesota Stormwater Manual.

  • Environmental benefits
  • Economic benefits
    • Benefits to infrastructure
      • Reduce water treatment needs
      • Reduce grey infrastructure needs
      • Reduced infrastructure costs
    • Efficient or reduced resource use
      • Increases available water supply
      • Recycled materials
      • Land regeneration
      • Reduced energy demand
    • Job creation
    • Increased property values
  • Social benefits
    • Health
      • Reduced crime
      • Improved recreational opportunity
    • Enhanced community livability and increased social capital
      • Public education
      • Enhanced aesthetics
      • Reduced noise pollution
      • Urban agriculture (food production)
  • Regulatory benefits
    • Meets regulatory requirements to implement green infrastructure practices
    • Reduces pollutant loads as required in permits

Definitions

  • Climate resilience. The ability of a system to absorb shock and still maintain function, continuing to thrive as stimuli evolve (Adger, 2006). Resilience is not simply about how robust a system is to disturbance, but how the system reacts to and creates opportunities from the disruption (Folke, 2006). Climate resilience includes but is not limited to the following potential climate changes.
    • increased urban heat island effect
    • increased or reduced precipitation
    • increased rain intensity and magnitude of individual rain events
    • increased length of dry periods
  • Ecosystem service. Basic services provided by the natural environment and required for humans and all life to survive. For more information, link here.
  • Green infrastructure. An approach to water management that protects, restores, or mimics the natural water cycle American Rivers.
  • Habitat improvement. Restoring, enhancing, or establishing physiographic, hydrological, or disturbance conditions necessary to establish or maintain native plant and animal communities, including periodic manipulations to maintain intended habitat conditions on completed project sites (16 U.S. Code § 3772). In contrast to many definitions in the literature, which focus on vegetation management to improve habitat for animals, this definition includes both plant and animal communities and any management activity that enhances these communities. For example, habitat improvement might include manipulating soil conditions to enhance specific vegetation that supports invertebrate populations. Indicators or indices may be used to assess habitat or ecosystem health and changes in health (see for example [1]).
  • Social capital. Social capital is the stock of skills, knowledge, etc. that people bring to reoccurring, shared experiences. Social capital is developed through social networks or social connections. An example is neighborhood programs such as adopt-a-drain, leaf pick-ups, and rain barrel programs, which build neighborhood trust and communication while providing environmental benefits (Green et al., 2012).
  • Sustainability. Development that meets the needs of the present without compromising the ability of future generations to meet their own needs (United Nations).

This page was last edited on 5 December 2022, at 18:32.