Rain Gardens
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Rain gardens are landscaped areas designed to capture and filter stormwater runoff from rooftops, driveways, and other hard surfaces. They provide multiple benefits such as protecting streams and Puget Sound, recharging groundwater, filtering pollution and reducing local flooding, and providing habitat. Rain gardens are easy and inexpensive to install and require little maintenance. They can remove 70-83% of phosphorus, 93-98% of metals, 68-80% of nitrogen, and 90% of solids, pesticides, and bacteria from runoff. The document describes several rain garden programs and installations that have occurred across Puget Sound to manage stormwater and reduce flooding at residential and community sites.
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[17] This has made solvents common in chemical syntheses, however, many compounds used as solvents were found to be environmentally unfriendly. The problem associated with waste disposal of solvents has been overcome by performing reactions without a solvent under microwave irradiation (MWI). [18] Coupling of MWI with the use of mineral-supported catalyzed reactions, under solvent-free conditions, provides clean chemical processes with the advantage of enhanced reaction rates, higher yields, greater selectivity, and greater ease of
manipulation. These expeditious and solvent-free approaches involve the exposure of neat reactants to MWI in conjunction with the use of supported reagents or catalysts. [19]
Dry media reactions in organic synthesis by microwave -Avoiding organic solvents during the reactions in organic synthesis leads to a clean, efficient, and economical technology (green chemistry). There is an increasing interest in the use of environmentally benign reagents and procedures. Or, in other words, the absence of solvents coupled with the high yields and short reaction times often associated with reactions of this type make these procedures very attractive for synthesis. In the present discussion, we describe the advantages of dry reaction techniques coupled with microwave activation and their applications to organic synthesis using solid supports. The practical dimension to the microwave heating protocols has been added by accomplishing reactions on solid supports under solvent-free conditions. [20] These solvent-free microwave-assisted reactions [21] provide an opportunity to work with open vessels, thus avoiding the risk of high-pressure development and increasing the potential of such reactions to upscale. The practical feasibility of microwave-assisted solvent-free synthesis has been demonstrated in various useful transformations [22, 23] and in synthesis of heterocyclic systems. [24, 25]
Inorganic synthesis: Synthesis of organometallic and coordination compounds, Synthesis of intercalation compounds, Synthesis of ceramic products etc c
Yuqiao Reservoir and Lake Erie: Excess Nutrients, Watershed Protection, Colla...
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Supporting biodiversity in organic systems
This document provides guidance from the USDA National Organic Program (NOP) on supporting biodiversity in organic systems. It discusses NOP regulations regarding maintaining and improving natural resources like soil, water, and wildlife. The NOP issued guidance in 2016 with categories for organic producers to address in their Organic System Plans, including soil quality, water quality and quantity, wildlife benefits, and native species. Producers must describe conservation activities and monitoring to demonstrate compliance, which certifiers evaluate annually. The guidance encourages producers to work with conservation agencies and provides examples of practices like establishing pollinator habitat, conserving native plants, using cover crops and rotations, and managing grazing and irrigation to support biodiversity.
04 - NAAONB Conference 2012 - Maddy Jago - Natural England
Maddy Jago from Natural England discussed the Natural Environment White Paper and Biodiversity 2020 strategy, which aim to halt biodiversity loss through large-scale, integrated approaches. AONBs play a key role in delivering these priorities by protecting areas like the North Pennines that are biodiversity hotspots. Partnerships like the Yorkshire Peat Partnership are restoring peatlands across large landscapes. The talk explored valuing ecosystem services and working with AONBs to demonstrate biodiversity successes through evidence. Maddy concluded by asking how AONBs can deliver the new policy and what support is needed from Natural England.
Rain Gardens: Stormwater Management in your Backyard
This document summarizes a regional project called "Rain Gardens: Stormwater Management in your Backyard". The project integrates research, education, and extension to promote the use of rain gardens for stormwater management. It began as a course for New Jersey Master Gardeners and has since expanded to other states and territories. The project provides lectures on stormwater issues, BMP design and construction, and monitoring. It also supports research on pollutant removal and community education programs. The goal is to expand rain garden use and disconnect impervious surfaces to improve water quality through stormwater management.
Intro To Lid Hdgi 2 10 10
The document discusses low impact development (LID) as an alternative to conventional stormwater management. LID aims to mimic natural water flows by using techniques like bioretention cells, permeable pavements, green roofs and rainwater harvesting. These distributed small-scale practices help protect water quality and quantity by reducing effective impervious surfaces and preventing pollution from reaching waterways. The document provides examples of LID practices and research showing LID can reduce development costs compared to conventional approaches while providing environmental benefits.
Rootwell Annimation
This document discusses the importance of proper soil conditions and aeration for tree root systems. It notes that tree roots need oxygen to survive and flourish, but that many landscape planting conditions deprive roots of oxygen due to soil compaction, overwatering of lawns, and lack of organic matter. The document recommends using Rootwell systems, which are pipe wells that provide targeted aeration and watering to tree root zones. Studies by Davey Tree and Michigan State University found that Rootwell systems improved tree health and growth in compacted soils compared to trees without the system. The document provides details on Rootwell specifications and installation guidelines.
Industrial pollution
This document discusses different types of industrial pollution including air, water, noise, thermal, and radioactive pollution. It defines each type of pollution, provides causes and effects, and discusses prevention methods. The types of pollution are caused by industries, automobiles, domestic fuels, effluents, oil spills, sewage, nuclear power plants, weapons, and uranium mining. Effects include harm to ecosystems, health issues, and environmental degradation. The document recommends treating effluents, minimizing water and resource use, noise proofing machines, and proper nuclear waste treatment and disposal to prevent pollution.
Westendorf%2 b animal%2bwaste%2bmanagement%2b2013 (1)
The document discusses environmentally friendly manure management. It notes that the world population is increasing which is increasing demand for animal products while decreasing available farmland. This is creating challenges for managing animal waste. The document discusses managing manure through various techniques like spreading, storage, stormwater management, limiting animal access to waterways, erosion control, and being considerate of neighbors. It also discusses converting manure into energy through composting, vermicomposting, and anaerobic digestion to produce biogas.
IN: Green Infrastructure and Low Impact Development
The document discusses low impact development (LID) and green infrastructure strategies that aim to manage stormwater runoff and emulate natural hydrologic functions. LID focuses on using distributed, small-scale stormwater controls and preserving natural areas to reduce impervious surfaces and runoff. Examples of LID strategies and benefits are provided, including reduced infrastructure costs, improved water quality, and increased property values. Case studies show LID development can yield more lots at a lower overall cost compared to conventional development.
EVS PROJECT on POWAI LAKE
This project will help you to understand the problem faced by the beautiful Powai Lake and get the answers for solving the problems
shail sir-1-1.pptx
This document summarizes a student project on photocatalytic degradation of polluted water using zinc oxide. The students visited textile industries in Pithampur, collected water samples, and treated them using synthesized zinc oxide photocatalyst and visible light. They found the process effectively degraded dyes and reduced COD within 90 minutes. The students propose this as a low-cost and environmentally friendly water treatment solution that could help textile industries solve the problems of high costs and inconsistency of existing treatment plants.
Provisioning Ecosystem Services of Likangala River Catchment in southern Mala...
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Provisioning Ecosystem Services of Likangala River Catchment in southern Malawi. Land use change. Paper Presented at Society of Southern African Geographer’s 10th Conference, East London, South Africa. 26-27 June 2014. Stevens_P_On Scale and Abundance – Rewatering the peri-urban landscapes of Au...
This document discusses approaches to watering peri-urban landscapes in more sustainable ways. It advocates designing landscapes using ecological principles to increase water retention and create more productive, resilient ecosystems. Specifically, it recommends placing vegetation and water infiltration nodes at all high points and ridges in the landscape. This would help replace current 'discharge' systems with 'recharge' systems that use biological and ecological processes to ensure long-term water, soil, and ecosystem security while providing amenities. The goal is to establish cities and towns as "forest ecosystems" with over 70% vegetation cover, high biocapacity, and integrated peri-urban areas.
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Operations and Maintenance of Vegetated Water Quality Facilities
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Westendorf%2 b animal%2bwaste%2bmanagement%2b2013 (1)
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-
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Rain Gardens
- 3. What is a Rain Garden?
- 4. Why Rain Gardens? • Protect streams and Puget Sound • Recharge groundwater • Filter pollution and reduce local flooding • Provide beneficial wildlife habitat • Easy and inexpensive to install • Attractive and need little maintenance Rain garden at a Puyallup home
- 5. Pollutant Removal Rates Pollutant Removal Rate Total Phosphorous 70-83% Metals (Cu, Zn, Pb) 93-98% Total Kjeldahl Nitrogen 68-80% Total Suspended Solids 90% Organics (pesticides) 90% Bacteria 90% Source: Davis et al.1998 Rain garden at an Eatonville home
- 6. Rain Gardens Reduce Local Flooding • Infiltrate stormwater • Move water safely away • Protect crawl spaces and basements • Clusters of rain gardens protect neighborhoods Rain garden at a Puyallup home
- 7. Rain Garden Program • Residential homeowner focus • Classroom education • Neighborhood installation events • Assistance to jurisdictions • Watershed approach Steve is a homeowner in Puyallup Steve‘s rain garden and his neighbors
- 10. Rain Gardens Installed in Puget Sound http://raindogdesigns.com 150 installed as of December 2011
- 13. City of Puyallup Rain Garden Cluster August 2009
- 15. 8th Ave Before
- 21. After
- 22. 8th Ave Before
- 28. After
- 30. Town of Eatonville Rain Garden Cluster May 2010
- 33. Before
- 35. After
- 36. Before
- 39. After
- 41. Community Involvement and Participation “Gardening With Ciscoe” Live Broadcast
- 43. 2009
- 44. 2010
- 45. 2011
- 46. Town of Eatonville Rain Garden Cluster May 2011
- 48. Orchard Ave N and Hwy 161
- 50. Before After
- 51. Before After
- 53. Eatonville High School Before
- 54. After
- 55. Before
- 56. Construction
- 57. After
- 60. Nisqually Tribe