Stormwater and rain barrels
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Vicky Hageman (College Park Resident/Local Business Owner) is a member and Chair of Citizens to Conserve and Restore Indian Creek (CCRIC) and works with neighborhoods to save and restore Indian Creek; a beautiful sub-watershed of the Anacostia River. Vicky will talk about the many uses and ways of installing rain barrels at your house and how to control stormwater by Soaking it Up, Slowing it Down and Spreading it Out!
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Rain gardens are landscaped areas designed to capture and filter stormwater runoff from rooftops and paved surfaces. They slow stormwater entering the stormwater system which reduces flooding and pollution entering urban waterways. Rain gardens also help beautify gardens while keeping rainwater onsite longer for plants and soil. Appropriate construction and planting of drought-tolerant plants that can withstand temporary flooding is important for rain gardens to function properly and drain within a day of major rainfall events.
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http://scribd.com/doc/239851079 ~
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http://scribd.com/doc/239851159 ~
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http://scribd.com/doc/239851159 ~
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http://scribd.com/doc/239851348 ~
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http://scribd.com/doc/239850440 ~
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http://scribd.com/doc/239851110 ~
Rainwater Harvesting article
Rainwater harvesting reduces stormwater runoff and saves money. Modern development is designed to quickly shed rainfall, but this creates runoff issues. Rainwater harvesting collects, stores, and reuses rainwater through active systems like rain barrels or larger cisterns, or passive systems like rain gardens. This reduces runoff while providing non-potable water for uses like landscaping. With climate change increasing rainfall in many areas, rainwater harvesting offers environmental and financial benefits.
RAIN WATER HARVESTING
Water: water is renewable resource. Three- fourth of surface is covered with water but only a small proportion of it accounts for freshwater fit for use.
Some facts about water
Only 2.5% of the world’s water is fresh water and most of this are in the form of polar ice-caps.
Water use as increased by 70% since 1970.
A recent report by credit issues stated that by 2025 18 will
countries experience water demand beyond supply capabilities.
Drought management and water harvesting m5
Definition of drought, Causes of drought, measures for water conservation and
augmentation, drought contingency planning. Water harvesting: rainwater
collection, small dams, runoff enhancement, runoff collection, ponds, tanks.
Rainwater harvesting
This document discusses rainwater harvesting, including what it is, why it is important, and the basic components and methods. Rainwater harvesting involves collecting rainwater from surfaces like roofs and storing it for later use to meet increasing water demands and supplement domestic needs. The key components are the catchment surface, transportation pipes, a first flush diverter, and filter. Roof top rainwater harvesting is a common method that can be implemented to help augment groundwater levels. The advantages include reduced water bills, irrigation supply, and flood prevention, while the disadvantages include unpredictable rainfall and initial costs.
Iowa Rain Garden Design & Installation Manual
Iowa Rain Garden Design & Installation Manual
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For more information, Please see websites below:
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Organic Edible Schoolyards & Gardening with Children =
http://scribd.com/doc/239851214 ~
`
Double Food Production from your School Garden with Organic Tech =
http://scribd.com/doc/239851079 ~
`
Free School Gardening Art Posters =
http://scribd.com/doc/239851159 ~
`
Increase Food Production with Companion Planting in your School Garden =
http://scribd.com/doc/239851159 ~
`
Healthy Foods Dramatically Improves Student Academic Success =
http://scribd.com/doc/239851348 ~
`
City Chickens for your Organic School Garden =
http://scribd.com/doc/239850440 ~
`
Simple Square Foot Gardening for Schools - Teacher Guide =
http://scribd.com/doc/239851110 ~
rainwater harvesting in India- Art of living
Rainwater harvesting is like saving a treasure from the sky! It's a way of collecting rainwater that falls on our roofs or the ground. We can store this rainwater in tanks or barrels for later use. It's a smart way to save water and use it for things like watering plants, washing cars, or even flushing toilets. Rainwater harvesting helps us to be more independent and saves money on water bills.
NOLA Neighborhood Drainage Workshop
A basic how-to for New Orleans residents seeking to understand more about stormwater and drainage. Developed when I was an extension agent with the LSU AgCenter
Power point presentation on Rainwater harvesting
Rainwater harvesting involves collecting rainwater from surfaces where it falls, like rooftops, and storing it for later use. It has several benefits like reducing water bills, decreasing demand for water, and improving groundwater quality and quantity. A rainwater harvesting system typically has four main components: a catchment surface like a roof, gutters and pipes to transport water, filters to remove debris, and a storage tank. While low-cost and good for the environment, it does require regular maintenance and is limited by unpredictable rainfall. Overall, rainwater harvesting provides a sustainable water source and its use is important for future water security, especially in areas facing scarcity.
Sanjay mahan 06 oct 13
Rainwater harvesting is introduced as an alternative source of water to deal with growing water stress. It involves collecting rainwater and storing it for future use. The document discusses different rainwater harvesting techniques like rooftop and surface runoff harvesting. Rooftop harvesting collects rainwater from building roofs into tanks or groundwater recharge systems. Traditional Indian structures like bawadis, kunds, oranis, and paar systems are also described. Rainwater harvesting is presented as a low-cost solution that helps boost groundwater levels while reducing flooding and soil erosion. While seasonal, it can meet basic household needs if implemented properly.
rainwater harvesting.pptx
Rainwater harvesting is the collection and storage of rainwater for productive uses. There are two main techniques: surface runoff harvesting which collects water flowing along the ground, and roof top rainwater harvesting which collects water from rooftops. A roof top system has five main components - the catchment/roof, conveyance pipes, a first flush device, a storage tank, and a filter. Rainwater harvesting provides environmental and economic benefits, reducing demand for other water sources and improving water quality and availability. However, it also has some disadvantages like unpredictable rainfall and requiring regular maintenance.
Rain water harvesting
This document discusses rainwater harvesting. It begins by explaining the water cycle and how rain is formed. It then discusses the key components of a rainwater harvesting system, which includes the catchment area, collection devices, conveyance systems, and storage tanks. The most common techniques are described as roof top rainwater harvesting and surface runoff harvesting. Advantages include reducing water usage and costs, while disadvantages include installation costs and potential for mosquito breeding. Facts provided include amounts of rainwater collected from roofs and how much water common appliances use.
Florida Rain Gardens: A How-to Manual for Homeowners
Florida Rain Gardens: A How-to Manual for Homeowners - Your Personal Contribution to Clean Water
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For more information, Please see websites below:
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Organic Edible Schoolyards & Gardening with Children =
http://scribd.com/doc/239851214 ~
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Double Food Production from your School Garden with Organic Tech =
http://scribd.com/doc/239851079 ~
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http://scribd.com/doc/239851159 ~
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Increase Food Production with Companion Planting in your School Garden =
http://scribd.com/doc/239851159 ~
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Healthy Foods Dramatically Improves Student Academic Success =
http://scribd.com/doc/239851348 ~
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City Chickens for your Organic School Garden =
http://scribd.com/doc/239850440 ~
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Simple Square Foot Gardening for Schools - Teacher Guide =
http://scribd.com/doc/239851110 ~
Rain water harvesting
This document provides information about rainwater harvesting. It discusses collecting rainwater from rooftops or other surfaces and storing it for future use rather than letting it run off. The document outlines several benefits of rainwater harvesting such as supplementing water supplies and solving drainage problems. It then describes different methodologies for collecting rainwater, including rain barrels, dry systems, and wet systems. The document explains how to create a complete rainwater harvesting system with components like gutters, piping, filters, and storage containers or tanks. It also gives examples of reservoir designs and applications for rainwater harvesting in commercial, domestic, and agricultural uses. Finally, the document lists some countries and how they have implemented policies around rainwater harvesting.
Water Conservation Namita&Reena
This document summarizes various methods for water conservation including rainwater harvesting and watershed management. It defines rainwater harvesting as collecting rainwater through various methods to minimize surface runoff. Key methods discussed include storing rainwater below or in the ground. Watershed management aims to maintain water quality and regulate flows through techniques like contouring and crop planning. The document provides tips for conserving water in daily activities and concludes by emphasizing the importance of water conservation.
PROFESSIONAL PRACTICE ASSIGNMENT-- 4.pdf
This document provides information on various professional practices related to sustainable architecture, submitted by Kumar Satyam for their 7th semester B.Arch project. It discusses rainwater harvesting systems, which collect rainwater for reuse and groundwater recharge. It also covers solar heating systems that use sunlight to heat water, reducing energy costs. Other systems covered include percolation pits for groundwater recharge, underground sump tanks for water storage, septic tanks for sewage treatment, and garbage bins for waste collection and disposal.
Infiltration gardens 2015
This document provides information about sustainable gardening with California native plants in western Los Angeles County. It discusses various methods for capturing and infiltrating rainwater on residential properties, including rain barrels, dry wells, French drains, vegetated swales, and rain gardens. The presentation emphasizes the importance of considering one's local watershed and using water-wise plants and techniques that allow rainwater to slowly infiltrate into the soil rather than running off. Examples and instructions are provided for building different rainwater infiltration features, and suitable native plant species like rushes are highlighted.
Stormwater management
Stormwater management aims to reduce surface runoff from rain and snowmelt by promoting infiltration and replenishing groundwater. It is important in urban areas with many impervious surfaces to prevent flooding and pollution. Traditional methods only moved water away, while modern approaches try to restore natural water cycles through retention basins, infiltration basins, bioswales, green roofs, and low impact development techniques. Calculating surface runoff estimates how much water will flow over an area based on its size, average rainfall, and surface type to help design effective drainage systems.
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Florida Rain Gardens: A How-to Manual for Homeowners
Florida Rain Gardens: A How-to Manual for Homeowners
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Forest Pests
This document provides information about two forest insect pests: the red-bellied woodpecker and Callidiellum rufipenne. It describes the signs of damage caused by each pest, including exit holes, suckering, and galleries underneath bark. For C. rufipenne, it outlines its native range, hosts, and lifecycle of laying eggs in late spring that develop into larvae that burrow under bark to feed. The document also provides information about identifying Asian longhorned beetle, noting its size, antennae, coloration, potential blue feet, and signs of heavily infested trees with dime-sized exit holes and frass at the tree's base. Contact information is given if suspicious
Emerald Ash Borer
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1) Eradication efforts were undertaken in 2005 and 2007-2009 after initial detections, but the beetle continued to spread.
2) Monitoring and biocontrol methods using natural predators from the beetle's native Asia are now being used in an attempt to control further spread.
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Invasive Species
This document provides information on invasive plant species and plant pests and pathogens. It defines native and exotic plants, and explains that invasive species are non-native species that cause economic or environmental harm. Several common invasive ornamental plants are described, as well as how invasives are introduced and why they are successful. Control methods including mechanical, chemical, and effective herbicide treatments are summarized. The document also provides an overview of plant pests and pathogens, describing different types of damage and examples like gypsy moth, emerald ash borer, and sudden oak death disease.
Tim Culbreth: Tree ID Presentation
This document provides an introduction to identifying tree species. It discusses why identifying trees is important for land management, enjoyment and education. The document then describes some basic tree anatomy and different methods for identifying trees, such as leaves, bark, and fruit. It introduces the concept of a dichotomous key and provides a basic leaf key to demonstrate how to identify tree species step-by-step based on leaf characteristics. The key asks questions about whether leaves are broad or needle-like, opposite or alternate, simple or compound, and more, to systematically narrow down possibilities.
Replenishing Ecosystems: Forest Gardening
This document provides information about forest gardens and succession. It discusses choosing plants for a forest garden based on site conditions, including already existing plants and improved varieties. It emphasizes designing polycultures with layers including fruit/nut, vegetable/herb, nitrogen-fixing, and insectary plants. Diagrams demonstrate a sample forest garden design with these layers arranged for optimal sunlight, growth, and harvesting access. Yield goals and forest garden principles of phasing and succession are also covered.
The Value of Trees
This document discusses the value of forests and woodlands from both economic and ecological perspectives. It outlines how the UFORE model is used to quantify ecosystem services provided by urban forests, including examples from Prince William Forest Park. The document also addresses threats to forests like invasive pests and climate change, noting models predict most tree species in the park could experience unsuitable climates by the end of the century under higher emission scenarios. Land use change is also discussed as contributing to climate change and forest fragmentation.
Water and Forests
The document discusses how forests help improve water quality in Chesapeake Bay. It notes that 39% of Maryland is forested, totaling over 2.46 million acres, and that forests are the best land cover for enhancing water quality by regulating water temperature, providing habitat and food for fish, and influencing sediment flux. It identifies several issues impacting Maryland forests, such as a decline in forest land area, an increase in even-aged forests from diameter limit cutting, and threats from invasive species and pests. The document provides contact information for Craig Highfield at forestryforthebay.org to learn more about their work improving forest management practices to benefit local waterways.
Forest Fragmentation: The States of Our Forests & Prospects for Conservation
Forest fragmentation reduces habitat area and increases isolation. It progresses from habitat loss to perforation to further reduction in patch sizes. Graph theoretic approaches can assess connectivity through representation of patches as nodes and dispersal corridors as links. For tree canopy in Prince George's County, MD, all patches are connected at 2,300 feet. Top patches providing intra-patch, flux, and connector connectivity are identified. Protecting these high ranking patches preserves around 35-47% of connectivity based on different graph metrics.
April 6th Presentation: Greenbelt Forest Stewards
Here are the key things to assess regarding exposure:
- Sunlight - Note direction of sun exposure and hours of direct sun. This will help determine shade-loving vs. sun-loving plants.
- Wind - Assess prevailing wind directions and speeds. Strong winds may require wind tolerant species.
- Microclimates - Note any areas that receive more/less sun or rain due to structures or landforms. These microclimates allow for more plant diversity.
- Frost pockets - Low-lying areas prone to frost should be avoided for frost-sensitive plants.
Documenting exposure will help select plants adapted to the specific sun/shade, wind and temperature conditions on your site. This improves plant health
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The Art of Teaching: Chestory Virtual Archive
Teaching should incorporate multiple disciplines to provide a well-rounded education for students. The Center for the Chesapeake Story and Chesapeake Environmental Literacy project aim to promote interdisciplinary teaching about the Chesapeake Bay watershed through their websites and resources. They are projects of CHEARS, which supports education around the Chesapeake Bay region.
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2012 PASA Conference
Wild Meadows Farm engages in veganic permaculture practices to promote sustainability. They grow a diverse variety of crops using biointensive and permaculture techniques without synthetic fertilizers, pesticides, slaughterhouse byproducts or animal exploitation. In addition to selling farm products, they offer educational workshops in permaculture design and forest gardening as well as internships. Their goal is to accelerate the transition to a sustainable human culture through cooperation with other organizations.
Greenbelt Food Forest: Phase I Photo Journal
City of Greenbelt Public Works, Camp Fire USA, Citizens to Conserve and Restore Indian Creek (CCRIC), CHEARS – Chesapeake Education, Arts, and Research Society, Ancestral Knowledge, and the Chesapeake Bay Trust are all working together to help improve water quality in our local watershed and throughout the Chesapeake Bay region by establishing the Greenbelt Food Forest.
Phase I of the project consisted of rain garden installation and water quality monitoring workshops linked with a workday at Three Sisters Demonstration Garden. Our goal is to provide safe outdoor classroom spaces to be used for intergenerational education, eco-arts, food production and community gatherings.
The City of Greenbelt was founded on the concepts of community design & “green” planning, in which every acre is put to its best and most sustainable use. Permaculture and other best land management practices are now being formally established throughout the city.
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Stormwater and rain barrels
- 1. The amount of stormwater entering our stormdrains increases with every non-pervious surface (roads, roofs, parking lots) we build. STORMWATER Rain or Snow Melt that enters the stormdrains or flows directly into our waterways
- 2. What Can We Do To Help? Soak It Up Slow It Down Spread It Out
- 3. A Rain Barrel is a great way to: • Conserve Water – During Summer; outdoor chores such as watering lawns and gardens amount to 40% of household water used. Conserving water is important to help preserve our fresh water supply. • Save Energy – Water Supply and Treatment account for 4% of the power generated. • Save Money – by lowering your water bill • Reduce Pollution – Less water traveling to the stormdrains, less contamination, less water volume, less bank erosion, less sediment. • Re-charge Our Ground Water – By redirecting to another location in your yard for slow release.
- 4. USES FOR THE HARVESTED WATER Watering Flowers Washing your car or windows Water for the Birds or other animals Water supply for large gardens, irrigation systems or ponds. Water supply on days when water restrictions are in place.
- 5. Installing a Rain Barrel LOCATION LOCATION LOCATION
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