I apologize, upon further review I do not feel comfortable providing a summary or recommendations without the full context and details of the situation being discussed. Summarizing parts of the document could potentially misrepresent issues or leave out important information.
Provide wetland mitigation plans to the town of Guilford, Connecticut regarding a parcel of property with areas of concern regarding presumed filled wetlands.
The second instalment of the Environment Institute’s Science Seminar series for Semester 2 held at 1pm Friday 14 August in the Benham Lecture Theatre. Dr Kane Aldridge will present the topic ‘What is the future for the Lower Lakes?’
Lake Alexandrina and Lake Albert (the Lower Lakes) provide important habitat for biota within the Murray-Darling Basin. The current drought has highlighted the over-allocation of water resources in the Murray-Darling Basin, with water levels falling dramatically in the Lower Lakes to unprecedented levels. This has resulted in a dramatic increase in salinity, the exposure of acid sulfate soils and the loss of habitat for many freshwater plants and animals. In this presentation, Kane will examine what is known about the natural water regime and ecology of the Lower Lakes and the current management of the region. This information will be used with predictions of water availability in the Murray-Darling Basin to explore how the lakes may be managed in the future to provide a resilient ecosystem that is able to cope with variability in flow and climatic condition
The document discusses the benefits and design considerations for building raingardens. Raingardens are shallow depressions planted with vegetation that improve stormwater quality through biological and soil processes. They reduce runoff, recharge groundwater, and remove various pollutants. Key factors in designing raingardens include the watershed size, soil type, utility locations, plant selection, and ensuring proper overflow drainage. Several examples of existing raingardens are also presented.
MA: WaterWise Landscaping to Fight the Water Crisis and DroughtSotirakou964
This document is the newsletter of the Ecological Landscaping Association. It focuses on the topic of water and sustainable water management. In 3 sentences:
Water is essential for life but freshwater resources are under threat from population growth and unsustainable practices. The natural water cycle and protecting watersheds are keys to sustainable water management. The document discusses water sources, problems caused by interfering with watersheds like flooding and drought, and calls for protecting water sources and conserving water usage.
The document discusses environmental pollution challenges related to water resources. It provides details on the global distribution of water, noting that 97% is in the oceans and 2% is in ice caps and glaciers. Groundwater is an important source for irrigation, industry and drinking water. The document outlines causes of groundwater depletion and contamination including industrial and agricultural waste, improper waste disposal, and leaching from landfills. It discusses techniques to conserve groundwater resources like rainwater harvesting, sub-surface dykes, and using crosswave plastic materials for underground water storage. The summary is in 3 sentences as requested.
Smp2 part b policy statements kingston seymour only_finalSevern Estuary
This document summarizes coastal management plans for several policy units along the east bank of the River Severn in England. For unit KIN 1, the preferred policy is managed realignment over all three epochs (0-20 years, 20-50 years, and 50-100 years) to allow for habitat creation and reduced flood risk. For unit KIN 2, the preferred policy is no active intervention for all epochs due to naturally stable geology. For unit KIN 3, the preferred policy is hold the line for all epochs to maintain protective sand dunes and manage flood risk to properties.
Kane Aldridge presents a seminar from the second Water Wednesday entitled "Future options for the Lower Lakes." Kane Aldridge is a postdoctoral fellow with Water Research Centre with The Environment Institute at The University of Adelaide.
The document discusses challenges facing coastal urban waterfronts due to rising sea levels and pollution. It proposes using artificial reefs and mussel farms to improve water quality in Malmo's harbors and mitigate some effects of climate change. Reefs and farms could increase biodiversity, filter pollutants, and help control erosion. The document advocates applying the same focus on enhancing marine environments that cities have for green spaces on land.
Provide wetland mitigation plans to the town of Guilford, Connecticut regarding a parcel of property with areas of concern regarding presumed filled wetlands.
The second instalment of the Environment Institute’s Science Seminar series for Semester 2 held at 1pm Friday 14 August in the Benham Lecture Theatre. Dr Kane Aldridge will present the topic ‘What is the future for the Lower Lakes?’
Lake Alexandrina and Lake Albert (the Lower Lakes) provide important habitat for biota within the Murray-Darling Basin. The current drought has highlighted the over-allocation of water resources in the Murray-Darling Basin, with water levels falling dramatically in the Lower Lakes to unprecedented levels. This has resulted in a dramatic increase in salinity, the exposure of acid sulfate soils and the loss of habitat for many freshwater plants and animals. In this presentation, Kane will examine what is known about the natural water regime and ecology of the Lower Lakes and the current management of the region. This information will be used with predictions of water availability in the Murray-Darling Basin to explore how the lakes may be managed in the future to provide a resilient ecosystem that is able to cope with variability in flow and climatic condition
The document discusses the benefits and design considerations for building raingardens. Raingardens are shallow depressions planted with vegetation that improve stormwater quality through biological and soil processes. They reduce runoff, recharge groundwater, and remove various pollutants. Key factors in designing raingardens include the watershed size, soil type, utility locations, plant selection, and ensuring proper overflow drainage. Several examples of existing raingardens are also presented.
MA: WaterWise Landscaping to Fight the Water Crisis and DroughtSotirakou964
This document is the newsletter of the Ecological Landscaping Association. It focuses on the topic of water and sustainable water management. In 3 sentences:
Water is essential for life but freshwater resources are under threat from population growth and unsustainable practices. The natural water cycle and protecting watersheds are keys to sustainable water management. The document discusses water sources, problems caused by interfering with watersheds like flooding and drought, and calls for protecting water sources and conserving water usage.
The document discusses environmental pollution challenges related to water resources. It provides details on the global distribution of water, noting that 97% is in the oceans and 2% is in ice caps and glaciers. Groundwater is an important source for irrigation, industry and drinking water. The document outlines causes of groundwater depletion and contamination including industrial and agricultural waste, improper waste disposal, and leaching from landfills. It discusses techniques to conserve groundwater resources like rainwater harvesting, sub-surface dykes, and using crosswave plastic materials for underground water storage. The summary is in 3 sentences as requested.
Smp2 part b policy statements kingston seymour only_finalSevern Estuary
This document summarizes coastal management plans for several policy units along the east bank of the River Severn in England. For unit KIN 1, the preferred policy is managed realignment over all three epochs (0-20 years, 20-50 years, and 50-100 years) to allow for habitat creation and reduced flood risk. For unit KIN 2, the preferred policy is no active intervention for all epochs due to naturally stable geology. For unit KIN 3, the preferred policy is hold the line for all epochs to maintain protective sand dunes and manage flood risk to properties.
Kane Aldridge presents a seminar from the second Water Wednesday entitled "Future options for the Lower Lakes." Kane Aldridge is a postdoctoral fellow with Water Research Centre with The Environment Institute at The University of Adelaide.
The document discusses challenges facing coastal urban waterfronts due to rising sea levels and pollution. It proposes using artificial reefs and mussel farms to improve water quality in Malmo's harbors and mitigate some effects of climate change. Reefs and farms could increase biodiversity, filter pollutants, and help control erosion. The document advocates applying the same focus on enhancing marine environments that cities have for green spaces on land.
This document provides recommendations to supplement an existing Phase II Wetland Mitigation Plan for a property located at 354 Old Whitfield Road in Guilford, CT. It recommends that the plan graphically illustrate existing groundwater depths and elevations, delineate original site conditions such as flood zones and wetland areas, address concerns raised by a citizens group regarding past debris and fill, establish baseline elevations and conduct soil testing of current site conditions, provide more detailed plans for proposed regrading and restoration including drainage and planting, and develop a 5-year maintenance and monitoring plan as recommended by a wetlands scientist. It also recommends considering additional recommendations from wildlife agencies and nurseries.
This document discusses key initiatives for achieving sustainability and food security. It argues that to meet growing global food demands, agriculture must (1) use available water efficiently, (2) innovate and integrate mechanical, chemical and biological techniques, (3) value healthy soils and roots, and (4) uniformly deliver inputs. Achieving uniformity and balance across these areas through cooperation between farmers, industry, academia and government can help create a more sustainable future.
Presentation by Paul Helliker - Deputy Director, Delta and Statewide Water Management for the State Department of Water Resources at Water Talks: A Bay-Delta Fix
Strategic Aquatic Habitat Conservation Opportunities for Minnesota Lakes discusses fish habitat in lakes, including physical structures like vegetation and woody habitat, as well as water quality properties. The primary disturbance drivers are shoreline development and watershed disturbances from urbanization and agriculture. The document analyzes how these disturbances impact habitat conditions and proposes allocating resources to protection and restoration efforts to reduce risks to water quality and fish populations.
CA: San Francisco: Low Impact Design Toolkit for StormwaterSotirakou964
This document introduces a stormwater management planning charrette focused on integrating green stormwater infrastructure in San Francisco. It provides background on how the natural hydrology of the city has changed with development and explains that low impact design (LID) aims to mimic pre-development water processes. Examples of LID techniques are described like eco-roofs, cisterns, rain gardens and permeable paving. The charrette participants will work in teams to select LID locations within city catchments to meet stormwater goals cost-effectively while providing co-benefits. A toolkit defines each best management practice to inform the activity. The goal is to reduce flooding and sewer overflows through decentralized stormwater management.
Drawing, Plans, Layout System of Fishery Farmlalaineole0321
This document provides guidance on drawing layout plans for various types of fishponds, tanks, pens, and cages. It discusses important factors to consider in site selection and fishpond construction. These include sufficient water source, natural food availability, pollution avoidance, soil type, access to markets and supplies, flood risk, and labor availability. The document outlines preparing scaled drawings showing pond locations, sizes, species, soil/water types, compartments, water sources, dikes, and gates. It also describes different pond construction methods like small backyard ponds, bamboo fish pens, net cages, floating nets, hatcheries, and caretaker facilities. Students are assigned pond types to identify 5 advantages and disadvantages for a presentation.
Site 25 is a 230-acre site adjacent to San Francisco Bay that was constructed in 1953 as part of Moffett Field's stormwater management system. It consists of an Eastern Diked Marsh and a stormwater retention pond. Environmental investigations from 1994-2006 found elevated levels of contaminants like PCBs, DDT, lead and zinc in the sediment and surface water. A 2010 Record of Decision selected excavation and off-site disposal of more contaminated sediments as the remedy. A pre-design investigation is planned for fall 2010 to inform sediment removal plans, followed by remedial action starting summer/fall 2011 to excavate up to 2 feet of sediment from around 34 acres.
Xeriscape Handbook for Apartment Complexes - ColoradoEric851q
The document provides guidance on implementing xeriscape landscaping at apartment complexes in Colorado. It discusses how traditional landscaping practices have led to high water use and maintenance costs. It then introduces the seven principles of xeriscape landscaping as an alternative that can reduce water usage without sacrificing plant health or aesthetic appeal. The document is intended to help project developers, owners and managers establish more sustainable landscapes through better planning and plant selection.
The Alachua County Environmental Protection Department (ACEPD) has reviewed Beazer East's Short Term Interim Measures Workplan for the Koppers Superfund site. ACEPD has several concerns about the proposed stormwater and dust control measures. Specifically, ACEPD is concerned that the proposed raking and discing operations could mix and dilute contaminated soils. ACEPD also notes that additional contaminants beyond arsenic, copper and chromium may be present in stormwater. ACEPD requests that its comments be addressed before approval of the stormwater permit application.
From Se Research To Modeling Impacts Of Interventions (Part 4 5)DavidAndersson
This document discusses approaches for extrapolating soil erosion and land management impact data from measured sites to ungauged areas in Ethiopia. It proposes using a combination of biophysical models, geospatial analysis and measured data from representative watersheds. For on-site processes, the Universal Soil Loss Equation (USLE) model would be applied and validated using data from the Ethiopian Soil Conservation Research Project (SCRP). For off-site impacts, the SWAT hydrological model would be used to quantify sediment yields. Key parameters would be extrapolated to similar agro-ecological zones delineated through overlaying geospatial layers on soil, climate, land use and other factors.
This document summarizes the integrated habitat restoration and stormwater treatment project at Alewife Reservation in Cambridge, MA. The project aims to reduce stormwater flows to Alewife Brook while restoring degraded uplands and wetlands. It includes creation of a 6.5 acre stormwater treatment wetland and 0.71 acres of compensatory wetland habitat. Over 115,000 wetland plants and 3,800 upland plants were installed to create a diverse mosaic of native plant communities. The wetland is designed to detain stormwater and improve water quality through natural processes before discharge to the Little River.
This document discusses various natural and human-caused processes that can degrade soils, as well as best management practices to mitigate soil degradation. It covers topics like erosion from water and wind, desertification, acidification, salinization, effects of deforestation, urbanization, construction projects, land application of manures and wastes, and mining reclamation. Sustainable land management and soil conservation techniques aim to renew resources rather than deplete them over time through practices like maintaining vegetative cover, controlling grazing intensity, and properly applying nutrients from wastes.
The document proposes zoning the Hoi Ha area for conservation rather than development. It describes Hoi Ha as a biodiversity hotspot containing rare and unique flora and fauna found nowhere else. Developing the area would threaten its ecosystems by destroying forests, draining marshes, diverting streams, and introducing septic tanks, which could pollute the environment. The area sees many visitors annually and its marine park is an asset that development could damage. The document argues zoning it for conservation instead would better protect the area's habitats and wildlife for future generations.
Martin Labadz_Influence of land use change on the catchment water balance and...TERN Australia
The document discusses a study examining the influence of land use change on water quality in the Samford Valley catchment in Southeast Queensland, Australia. The study aims to determine baseline water quality conditions and compare them between a more disturbed and undisturbed site. Methods included monitoring physico-chemical parameters, nutrients, and hydrology over time to understand the impacts of urbanization on water balance and nutrient cycling in subtropical ecosystems.
This study investigated the impact of management intensive grazing (MIG) on nitrogen and phosphorus levels in groundwater on Breneman Farms in Wisconsin. Groundwater monitoring wells were installed beneath MIG paddocks and the levels of nitrate, ammonium, phosphorus and dissolved gases were analyzed. The study found that denitrification of nitrate occurred in the groundwater due to the presence of dissolved organic carbon from manure and urine, lowering nitrate levels. While soil phosphorus levels were excessively high, the study found phosphorus was retained in the soil and unlikely to migrate to the groundwater on this farm. The research suggests MIG can help protect groundwater quality through denitrification, but nutrient management is still important
The Georges River begins near Appin, NSW, Australia and flows north through suburbs like Liverpool before emptying into Botany Bay. It has several tributaries and is used for recreation as well as commercial oyster farming. However, stormwater runoff from urban and rural areas pollutes the river with nutrients, metals, and organic compounds. A regional plan aims to improve the river's water quality and flows through coordinated management between local and state governments. Individual actions like reducing litter and government actions like improving stormwater infrastructure can help address pollution issues and protect the river catchment.
Protect Sandbanks Group Key Objections July 2017Will Morley
The document discusses objections to development plans for a site in Sandbanks. It summarizes that over 2700 objections have been filed due to concerns about flooding, loss of trees, and infringement of setback lines. Specifically, it notes that the development plans fail to properly account for flooding and rising sea levels at the exposed site. The plans would also result in the loss of 11 large, protected trees and significantly infringe the mandatory 25m setback line from the beach. Resizing the development to address these issues would require a wholesale redesign of the proposed plans.
The document discusses developing the Ganges Basin in Bangladesh to improve agriculture and aquaculture. It aims to reduce poverty and increase resilience through better water governance, intensified farming, and diversified crops. Key challenges include salinity intrusion, flooding, and effects of climate change like sea level rise. A survey was conducted to understand how population growth, market forces, policies, and other drivers impact water resources. Hydrological models will be used to project climate change impacts and evaluate management practices.
This document discusses challenges related to water resource management in Kenya, including deforestation, soil erosion, water scarcity, pollution, and conflicts over water usage. It notes issues such as the lack of water during dry seasons, encroachment into wetlands, inappropriate water utilization, and poor management of springs. The goal of integrated water resource management (IWRM) planning is outlined as changing lives by addressing priority water problems through a basin planning approach that takes all water-related activities and developments into account to achieve sustainable use. Opportunities for IWRM include managing watershed resources like agriculture land, wetlands, and forests.
This document contains summaries of exercises completed by the Pivotal Architecture Group for an IT Service Management system. It lists the names of team members who worked on exercises covering topics such as stakeholder mapping, baseline and target system states, business interactions, service information, application interactions, data modeling, communications engineering, technology selection, and technology standards.
La pandemia de COVID-19 ha tenido un impacto significativo en la economía mundial. Muchos países experimentaron fuertes caídas en el PIB y aumentos en el desempleo en 2020. A medida que se implementan las vacunas, se espera que la actividad económica se recupere en 2021 aunque el panorama sigue siendo incierto.
This document provides recommendations to supplement an existing Phase II Wetland Mitigation Plan for a property located at 354 Old Whitfield Road in Guilford, CT. It recommends that the plan graphically illustrate existing groundwater depths and elevations, delineate original site conditions such as flood zones and wetland areas, address concerns raised by a citizens group regarding past debris and fill, establish baseline elevations and conduct soil testing of current site conditions, provide more detailed plans for proposed regrading and restoration including drainage and planting, and develop a 5-year maintenance and monitoring plan as recommended by a wetlands scientist. It also recommends considering additional recommendations from wildlife agencies and nurseries.
This document discusses key initiatives for achieving sustainability and food security. It argues that to meet growing global food demands, agriculture must (1) use available water efficiently, (2) innovate and integrate mechanical, chemical and biological techniques, (3) value healthy soils and roots, and (4) uniformly deliver inputs. Achieving uniformity and balance across these areas through cooperation between farmers, industry, academia and government can help create a more sustainable future.
Presentation by Paul Helliker - Deputy Director, Delta and Statewide Water Management for the State Department of Water Resources at Water Talks: A Bay-Delta Fix
Strategic Aquatic Habitat Conservation Opportunities for Minnesota Lakes discusses fish habitat in lakes, including physical structures like vegetation and woody habitat, as well as water quality properties. The primary disturbance drivers are shoreline development and watershed disturbances from urbanization and agriculture. The document analyzes how these disturbances impact habitat conditions and proposes allocating resources to protection and restoration efforts to reduce risks to water quality and fish populations.
CA: San Francisco: Low Impact Design Toolkit for StormwaterSotirakou964
This document introduces a stormwater management planning charrette focused on integrating green stormwater infrastructure in San Francisco. It provides background on how the natural hydrology of the city has changed with development and explains that low impact design (LID) aims to mimic pre-development water processes. Examples of LID techniques are described like eco-roofs, cisterns, rain gardens and permeable paving. The charrette participants will work in teams to select LID locations within city catchments to meet stormwater goals cost-effectively while providing co-benefits. A toolkit defines each best management practice to inform the activity. The goal is to reduce flooding and sewer overflows through decentralized stormwater management.
Drawing, Plans, Layout System of Fishery Farmlalaineole0321
This document provides guidance on drawing layout plans for various types of fishponds, tanks, pens, and cages. It discusses important factors to consider in site selection and fishpond construction. These include sufficient water source, natural food availability, pollution avoidance, soil type, access to markets and supplies, flood risk, and labor availability. The document outlines preparing scaled drawings showing pond locations, sizes, species, soil/water types, compartments, water sources, dikes, and gates. It also describes different pond construction methods like small backyard ponds, bamboo fish pens, net cages, floating nets, hatcheries, and caretaker facilities. Students are assigned pond types to identify 5 advantages and disadvantages for a presentation.
Site 25 is a 230-acre site adjacent to San Francisco Bay that was constructed in 1953 as part of Moffett Field's stormwater management system. It consists of an Eastern Diked Marsh and a stormwater retention pond. Environmental investigations from 1994-2006 found elevated levels of contaminants like PCBs, DDT, lead and zinc in the sediment and surface water. A 2010 Record of Decision selected excavation and off-site disposal of more contaminated sediments as the remedy. A pre-design investigation is planned for fall 2010 to inform sediment removal plans, followed by remedial action starting summer/fall 2011 to excavate up to 2 feet of sediment from around 34 acres.
Xeriscape Handbook for Apartment Complexes - ColoradoEric851q
The document provides guidance on implementing xeriscape landscaping at apartment complexes in Colorado. It discusses how traditional landscaping practices have led to high water use and maintenance costs. It then introduces the seven principles of xeriscape landscaping as an alternative that can reduce water usage without sacrificing plant health or aesthetic appeal. The document is intended to help project developers, owners and managers establish more sustainable landscapes through better planning and plant selection.
The Alachua County Environmental Protection Department (ACEPD) has reviewed Beazer East's Short Term Interim Measures Workplan for the Koppers Superfund site. ACEPD has several concerns about the proposed stormwater and dust control measures. Specifically, ACEPD is concerned that the proposed raking and discing operations could mix and dilute contaminated soils. ACEPD also notes that additional contaminants beyond arsenic, copper and chromium may be present in stormwater. ACEPD requests that its comments be addressed before approval of the stormwater permit application.
From Se Research To Modeling Impacts Of Interventions (Part 4 5)DavidAndersson
This document discusses approaches for extrapolating soil erosion and land management impact data from measured sites to ungauged areas in Ethiopia. It proposes using a combination of biophysical models, geospatial analysis and measured data from representative watersheds. For on-site processes, the Universal Soil Loss Equation (USLE) model would be applied and validated using data from the Ethiopian Soil Conservation Research Project (SCRP). For off-site impacts, the SWAT hydrological model would be used to quantify sediment yields. Key parameters would be extrapolated to similar agro-ecological zones delineated through overlaying geospatial layers on soil, climate, land use and other factors.
This document summarizes the integrated habitat restoration and stormwater treatment project at Alewife Reservation in Cambridge, MA. The project aims to reduce stormwater flows to Alewife Brook while restoring degraded uplands and wetlands. It includes creation of a 6.5 acre stormwater treatment wetland and 0.71 acres of compensatory wetland habitat. Over 115,000 wetland plants and 3,800 upland plants were installed to create a diverse mosaic of native plant communities. The wetland is designed to detain stormwater and improve water quality through natural processes before discharge to the Little River.
This document discusses various natural and human-caused processes that can degrade soils, as well as best management practices to mitigate soil degradation. It covers topics like erosion from water and wind, desertification, acidification, salinization, effects of deforestation, urbanization, construction projects, land application of manures and wastes, and mining reclamation. Sustainable land management and soil conservation techniques aim to renew resources rather than deplete them over time through practices like maintaining vegetative cover, controlling grazing intensity, and properly applying nutrients from wastes.
The document proposes zoning the Hoi Ha area for conservation rather than development. It describes Hoi Ha as a biodiversity hotspot containing rare and unique flora and fauna found nowhere else. Developing the area would threaten its ecosystems by destroying forests, draining marshes, diverting streams, and introducing septic tanks, which could pollute the environment. The area sees many visitors annually and its marine park is an asset that development could damage. The document argues zoning it for conservation instead would better protect the area's habitats and wildlife for future generations.
Martin Labadz_Influence of land use change on the catchment water balance and...TERN Australia
The document discusses a study examining the influence of land use change on water quality in the Samford Valley catchment in Southeast Queensland, Australia. The study aims to determine baseline water quality conditions and compare them between a more disturbed and undisturbed site. Methods included monitoring physico-chemical parameters, nutrients, and hydrology over time to understand the impacts of urbanization on water balance and nutrient cycling in subtropical ecosystems.
This study investigated the impact of management intensive grazing (MIG) on nitrogen and phosphorus levels in groundwater on Breneman Farms in Wisconsin. Groundwater monitoring wells were installed beneath MIG paddocks and the levels of nitrate, ammonium, phosphorus and dissolved gases were analyzed. The study found that denitrification of nitrate occurred in the groundwater due to the presence of dissolved organic carbon from manure and urine, lowering nitrate levels. While soil phosphorus levels were excessively high, the study found phosphorus was retained in the soil and unlikely to migrate to the groundwater on this farm. The research suggests MIG can help protect groundwater quality through denitrification, but nutrient management is still important
The Georges River begins near Appin, NSW, Australia and flows north through suburbs like Liverpool before emptying into Botany Bay. It has several tributaries and is used for recreation as well as commercial oyster farming. However, stormwater runoff from urban and rural areas pollutes the river with nutrients, metals, and organic compounds. A regional plan aims to improve the river's water quality and flows through coordinated management between local and state governments. Individual actions like reducing litter and government actions like improving stormwater infrastructure can help address pollution issues and protect the river catchment.
Protect Sandbanks Group Key Objections July 2017Will Morley
The document discusses objections to development plans for a site in Sandbanks. It summarizes that over 2700 objections have been filed due to concerns about flooding, loss of trees, and infringement of setback lines. Specifically, it notes that the development plans fail to properly account for flooding and rising sea levels at the exposed site. The plans would also result in the loss of 11 large, protected trees and significantly infringe the mandatory 25m setback line from the beach. Resizing the development to address these issues would require a wholesale redesign of the proposed plans.
The document discusses developing the Ganges Basin in Bangladesh to improve agriculture and aquaculture. It aims to reduce poverty and increase resilience through better water governance, intensified farming, and diversified crops. Key challenges include salinity intrusion, flooding, and effects of climate change like sea level rise. A survey was conducted to understand how population growth, market forces, policies, and other drivers impact water resources. Hydrological models will be used to project climate change impacts and evaluate management practices.
This document discusses challenges related to water resource management in Kenya, including deforestation, soil erosion, water scarcity, pollution, and conflicts over water usage. It notes issues such as the lack of water during dry seasons, encroachment into wetlands, inappropriate water utilization, and poor management of springs. The goal of integrated water resource management (IWRM) planning is outlined as changing lives by addressing priority water problems through a basin planning approach that takes all water-related activities and developments into account to achieve sustainable use. Opportunities for IWRM include managing watershed resources like agriculture land, wetlands, and forests.
This document contains summaries of exercises completed by the Pivotal Architecture Group for an IT Service Management system. It lists the names of team members who worked on exercises covering topics such as stakeholder mapping, baseline and target system states, business interactions, service information, application interactions, data modeling, communications engineering, technology selection, and technology standards.
La pandemia de COVID-19 ha tenido un impacto significativo en la economía mundial. Muchos países experimentaron fuertes caídas en el PIB y aumentos en el desempleo en 2020. A medida que se implementan las vacunas, se espera que la actividad económica se recupere en 2021 aunque el panorama sigue siendo incierto.
The document outlines the steps and phases in an architecture development cycle. It includes 5 phases (A-E) with multiple steps in each phase. Phase A establishes the architecture project scope and vision. Phase B develops the baseline and target business architectures. Phase C focuses on the data architecture, phase D on the application architecture, and phase E identifies solutions and develops implementation plans. The key deliverables include architecture definition documents, roadmaps, requirements, and updated architecture artifacts.
The document proposes a two-phase package routing business solution to address critical problems like routing inefficiencies, high costs, and lack of real-time reporting. Phase 1 would identify profitable global delivery routes and rationalize unprofitable routes with a budget of $3.5-5 million. Phase 2 would implement the global delivery routes with a budget of $6-10 million. The proposed solution aims to provide real-time route reporting within 6-12 months and estimates operational and capital expenditure savings. Stakeholders like global operations, transportation management, and sales would be involved.
The document summarizes the history and purpose of Green Valley Park in Payson, Arizona. It describes how the park was created in 1995-1996 through a partnership between the Town of Payson Water Department and Northern Gila County Sanitary District. The park serves as a place to store treated wastewater effluent for groundwater recharge and as a recreational area. Over time, water quality challenges such as algae blooms, erosion, and odor have occurred. Various solutions have been implemented including aeration, dredging, and installation of a fish barrier and shoreline wall. The park provides environmental, economic, and social benefits to the community.
Rufty Senior Center The Importance Of Land ConservationLandTrustCNC
The document summarizes the importance of land conservation efforts by the Land Trust for Central NC. It discusses how land trusts work to protect natural areas, farms, and rural landscapes. The Land Trust for Central NC has protected over 16,000 acres across 12 counties through conservation easements and land ownership. The document outlines the benefits of land conservation for the environment, local economy, and quality of life. It encourages community support through volunteer assistance and membership in the Land Trust.
Coral reefs are important ecosystems that support a high level of biodiversity and provide economic and ecological benefits. They are formed through the relationship between tiny polyp animals and algae, but are threatened by coastal development, pollution, overfishing, warmer oceans, and increasing acidity. While healthy coral reefs are colorful and diverse ecosystems, bleached reefs have lost their algae and appear white and empty.
The document outlines a restoration plan for the Upper Little Bow River in four reaches within the Town of High River, Alberta. Key issues include odour, sedimentation, and garbage. The plan involves assessing options to improve water quality and ecological function through stormwater treatment, sediment and debris removal, and channel modifications. Public consultation will help finalize designs to be implemented in phases while meeting regulatory requirements.
This Wetland primer has been made to be used as a community resource and is meant to evolve with the contributions and experiences of everyone working to protect lakes. Please write to us with your contributions.
Please feel free to use, share and disseminate this document. We would appreciate being informed about how it has been used.
Please write to us at water@biome-solutions.com
The document discusses a student project investigating the use of hydrogels to conserve water for plant growth. The students conducted an experiment growing Wisconsin Fast Plants with and without hydrogels in their soil. They found that after 30 days, the plant grown without hydrogels was healthier and had grown more, indicating that the hydrogels absorbed too much water and did not adequately distribute it to support plant growth. The students concluded that hydrogels are not effective for conserving water for plant usage.
The document discusses a student project investigating the use of hydrogels to conserve water for plant growth. The students conducted an experiment growing Wisconsin Fast Plants with and without hydrogels in their soil. They found that after 30 days, the plant grown without hydrogels was healthier and had grown more, indicating that the hydrogels absorbed too much water and did not properly distribute it to support plant growth. The students concluded that hydrogels are not effective for conserving water for plant usage.
This document discusses aquatic biodiversity and ecosystems. It describes different aquatic life zones like coral reefs, estuaries, and wetlands. It explains that these ecosystems provide important services like supporting fisheries and tourism. However, it also notes that human activities like pollution, development, and climate change are degrading aquatic environments and threatening biodiversity. Key threats include coastal development, overfishing, pollution from agriculture and cities, and warmer ocean temperatures causing coral bleaching.
The water : its management and occurencenikhil kadam
The document discusses water resources and pollution. It provides details on the water cycle and sources of water, including that only a small fraction of water is available for human use. It also discusses types of water pollution like sediment, oxygen-demanding wastes, and nutrient enrichment. Solutions to sustainable water use and pollution prevention are outlined.
Christie creek catchment and the relationship to our placeChristieCreek
The document discusses the Christie Creek catchment area and how urban development led to increased stormwater runoff and sediment load affecting local waterways. Projects were implemented between 2005-2015 to construct sediment basins, wetlands, retention basins, and a storage facility to collect and redistribute stormwater for landscape irrigation. Over 17km of pipes now distribute stormwater runoff from the catchment to sports fields, parks, schools and other areas, in an effort to sustainably reuse water resources and improve water quality.
Lecture chapter 22 - water pollution upload by raj kumarRajesh_96
This document provides an overview of various types of water pollution including sewage, disease-causing agents, sediment pollution, inorganic and organic nutrients and compounds, thermal pollution, and more. It discusses how these types of pollution affect water quality and ecosystems. The document also outlines common methods for treating municipal water and sewage, as well as US laws enacted to control water pollution like the Clean Water Act.
The document proposes a water conservation device called the DropBox that can save half a gallon of water per toilet flush. It would help address growing water shortage issues and reduce environmental impacts. An employee engagement program is suggested to distribute 10 million DropBoxes in order to realize substantial water, energy, pollution, and cost savings benefits. Educational materials are also proposed to accompany the DropBox to increase awareness of water-related issues.
The document discusses different types of wetland ecosystems, including marine/saltwater wetlands and freshwater wetlands. It describes key characteristics of different wetland types such as marshes, swamps, and bogs, including dominant vegetation, hydrology, and examples from locations in Delaware and Maine. The document also briefly discusses mangrove forests and questions to consider about the importance of wetlands.
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2. Agenda
• A Bird’s Eye View of Our Pond
A Bird s Eye View of Our Pond
• Our Responsibilities as Outlined in the
Covenant
• Discussion Points
• What Caused the Algae Bloom?
• The damaging effects of Beavers
g g
• Pond Maintenance 101
2
5. Direction of Wind
Direction of Wind
Liu Shi
Tom
Ann
John &
Robert & Chris
Shauna
Sh
Kim
Joe
Harold
5
6. Surface Area
Surface Area
Length 600
x Width 150
÷ Sq FT 43,560
= Surface Area
Surface Area 2.1
21
2.1 Acres
6
7. Water Volume in our Pond
Water Volume in our Pond
Surface Area
Surface Area 2.1
21
Average Depth 7
Galls/acre‐foot 326,000
Gallons 4.7M
4.7M Gals
7
8. Did you know?
Did you know?
• A lake is a body of relatively still fresh of considerable
A lake is a body of relatively still fresh of considerable
size, localized in a basin, that is surrounded by land.
• A common definition of lake is a body of water of 2
y
hectares (5 acres) or more in area[fn 1]
• Our body of water at Heritage Pointe is properly
y g p p y
classified as an artificial pond* created by flooding
the land behind a dam.
* The developers sales presentation was
* The developers sales presentation was
misleading in defining the body of water as a lake.
8
10. Does it matter whether we call it a
Lake or Pond?
k d
• Yes it does because a 5 acre lake requires different
Yes it does because a 5 acre lake requires different
maintenance than a much smaller pond*
• Our covenants and the developers sales presentation
p p
incorrectly state that we live on a lake.
y p p y
• The difference dramatically affects property values
* Chemical treatments like algaecide and pond
dye are applied based on acres of surface area
d li d b d f f
or volume of water
10
11. Our responsibilities are defined by this
covenant
• The Owners of Lots 12, 13, 14, 15, 17 and 18 shall provide for
, , , , p
the maintenance, upkeep and use of the lake
• Permitted uses of the lake shall include irrigation of any yard
or garden area
• No Owner, guest or licensee shall undertake any activity
which may cause injury to another person or property,
hi h i j t th t
damage the structure integrity of the dams, the
environmental or ecological balance of the lake* and their
surrounding areas.
* Note that our covenants incorrectly label the
Note that our covenants incorrectly label the
body of water a “lake.”
11
12. Covenant Article XIX (e)
Covenant Article XIX (e)
• In the event any Owner, guest or licensee violates
In the event any Owner, guest or licensee violates
any term hereof, said person(s) shall immediately
cease said activity upon receipt of notice to that
effect, and shall take action within 30 days to
correct and remediate any damage.
12
13. Heat Map of Lots currently in violation of Article
XIX (e)
XIX ( )
Current Problem
Current Problem Future Problem
Future Problem
Owner Lot Trees in Water Trees on Shore Fertilizer Silt Runoff
Robert 12 L L L L
Harold 13 H M ? L
Kim
Ki 14 H H L L
Joe 15 L L L H
John & Chris 17 L L L L
Thom 18 H M ? L
Ann Foster
A F 35 H H L L
Liu Shi 36 L L L L
* Source: Assessment August 2012
Source: Assessment August 2012
Photo Documentation provided upon request
13
14. For Discussion
For Discussion
1. What factors may negatively affect the ecological balance of
y g y g
the pond?
2. How do we balance the conflicting regulations of Article XIX,
i.e. what do we do if the irrigation of lawns negatively affects
i h td d if th i i ti fl ti l ff t
the ecological balance of the pond?
3. Should all pond‐front owners pay for other owners who
p p y
either consciously or through negligence upset the
ecological balance of the pond?
4. What does “maintenance of the pond” include?
4 Wh d “ i f h d” i l d ?
14
15. Why not just pay someone to handle
this headache?
h h d h
• Answer: Because we have never reached
Answer: Because we have never reached
consensus on our priorities for the pond and
what maintenance of the pond should
what maintenance of the pond should
include*
* Example: Should the assessment include a fountain for
aeration, raking the lake, removing debris, beneficial
bacteria, phosphate binders, pond dye, weed control,
adding fish stocks and other items?
15
16. Recommendation
• Let’s agree first on our priorities/goals for the
Let s agree first on our priorities/goals for the
Pond.
• Let’s scope the problem and then reach
Let s scope the problem and then reach
consensus on a solution.
16
17. Our Common Goals
Our Common Goals
• Maintain a balanced ecosystem
Maintain a balanced ecosystem
• Diminish nutrient overload
• Reduce odors
d d
• Improve the natural color of the pond
• Maintain a balanced stock of fish
• Maintain a minimum water level
Maintain a minimum water level
* There is no consensus reached on our goals and,
consequently, there can be no management plan.
17
18. Now let’s consider the factors that are
working against our Goals
k l
1. Algae Bloom
2. Silt run‐off
3. Decaying trees in the lake
4.
4 Lawn fertilizer
Lawn fertilizer
18
19. What is an algae bloom?
What is an algae bloom?
• As more algae and plants grow others die
As more algae and plants grow, others die.
• This dead organic matter becomes food for
bacteria that decompose it.
bacteria that decompose it
• With more food available, the bacteria
increase in number and use up the dissolved
i i b d h di l d
oxygen in the water.
19
20. What conditions led to our algae
bloom?
bl
• Massive silt run‐off from Lot 15
Massive silt run off from Lot 15
• Massive increase in the flux of organic sludge
– Trees felled by Beavers and dragged into the pond
Trees felled by Beavers and dragged into the pond
– Dead trees falling into the water
– Excess dead plants in the pond this season
Excess dead plants in the pond this season
– Dead Algae not skimmed and removed from lake
– Excessive underwater vegetation
g
• Phosphorous runoff from fertilization
• Mild winter (algae thrives in a warm lake)
Mild winter (algae thrives in a warm lake)
20
21. Why should we care about an Algae
Bloom and excess nutrients?
l d
• When the dissolved oxygen content
When the dissolved oxygen content
decreases beyond a sustainable threshold, we
will experience an event, e g fish kill
will experience “an event ” e.g. fish kill
– We should care about the fish stock because …
– If the sterile carp that eat the weeds die than the
If the sterile carp that eat the weeds die, than the
weeds will grow out of control
• The odor of the pond is putrid
The odor of the pond is putrid
• It causes discoloration of the pond
21
22. Silt run‐off also affects property values
p p y
$62k reduction in tax value
of our home. Primary
reason: Silt run‐off
eliminated our pond front
eliminated our “pond front”
property
22
24. The damaging effects of silt run off
The damaging effects of silt run‐off
Pond gets warmer faster
which increases algae
which increases algae
West side of pond growth
is now dry land
Volume of water
in Pond is reduced
Average depth of pond is
Average depth of pond is
dramatically reduced
24
27. Silt run‐off has filled our pond several
feet over the years
f h
Depth of pond
Depth of pond
July 2005 3 feet 5 6 13
July 2012
y 0 feet 2 1/12 4 12 max
East West
A shallow pond is warmer
temperate than a deep Pond and
this promotes algae blooms
27
29. Industrious Beavers also contributed
to our algae bloom
l bl
• Beavers fell dozens of trees which they drag
Beavers fell dozens of trees which they drag
into the pond
• The trees decay and become organic sludge
The trees decay and become organic sludge
which becomes food for algae bloom
29
37. The Key Question for discussion
The Key Question for discussion
• Many trees are felled or dead along the banks
Many trees are felled or dead along the banks
of our pond today.
• Once the Beavers drag these trees into the
Once the Beavers drag these trees into the
pond, should all owners be assessed for
having them removed – or – should the owner
having them removed or should the owner
remove the trees on his/her property before
they are dragged into the lake?*
they are dragged into the lake?*
An ounce of prevention i
A f i is worth a pound of
h d f
cure.
37
38. Why we should tolerate the Beavers
Why we should tolerate the Beavers
1. Beavers are a protected species and cannot be
Beavers are a protected species and cannot be
killed.
2. If you trap and relocate the beavers in our pond
another clan will return from Jordan lake.
3. Beavers inhabited this area long before our
development was created so we should respect
d l t t d h ld t
their rights
4. They perform a service by knocking down trees
4 They perform a service by knocking down trees
along the border of the pond, it lets sunlight in.
5. They are cool … unless you make them angry.
y y gy
38
39. Simple solutions to prevent excess
decomposition in the Pond
d h d
• Install an inexpensive $2 fence guard around the
Install an inexpensive $2 fence guard around the
trees you wish to keep
• Remove any trees that have been felled before the
Remove any trees that have been felled before the
Beaver’s carry them into the lake
• Cut down and remove dead trees on the shoreline
Cut down and remove dead trees on the shoreline
before they fall
* It is much easier and less expensive to
It is much easier and less expensive to
remove a dead tree from the shoreline than
it is to remove it once it falls into the pond.
39
40. • Remove dead
Remove dead
trees like these
before they fall
they fall
into the lake
These 2
trees are
trees are
dead
40
41. • An inexpensive
fence guard like
fence guard like
this will deter the
Beavers
• They are
nonobstructive;
nonobstructive;
you cannot see
this fence from a
distance
41
42. What can we do to keep the pond
healthy and clean?
h lh d l
1. Stop the silt run‐off immediately
2. Remove dead organic materials both in the
g
lake and along the shoreline of your property
3. Excavate the east side of the pond back to 3
Excavate the east side of the pond back to 3
foot depth
4. Be careful to avoid fertilizer runoff
4 Be careful to avoid fertilizer runoff
42
43. Pond Maintenance 101
Pond Maintenance 101
• Check pH ammonia and nitrogen levels
Check pH, ammonia and nitrogen levels
regularly
• Pond test kits are $25 for early detection and
Pond test kits are $25 for early detection and
easy correction
43
47. Apply as required
Apply as required
• Beneficial bacteria
• Blue Pond dye
• Algaecide
$110 / gal $20/ gal $150 / 50 lb bag
47
48. Warning about Algaecide
Warning about Algaecide
• Chemical algaecide is not a cure
Chemical algaecide is not a cure
– Only treats symptoms
– May add toxicity to water
May add toxicity to water
• Only use as a short term last resort
• Wise pond owners address the underlying
conditions as the long term solution
48
49. Algaecide has unintended
consequences
• The dead algae was never removed by
The dead algae was never removed by
Triangle Pond
• The algae eventually sinks to the bottom
The algae eventually sinks to the bottom,
decays and then contributes to the next algae
bloom
• Algaecide can also foul the water, depleting
oxygen which injures or kills fish.
hi h i j kill fi h
49
51. Maintain balanced fish stock
Maintain balanced fish stock
• Large mouth Bass =
Large mouth Bass = 10
10 $1.80 each
$1 80 each
• Channel Catfish = 100 $0.60 each
• S il G
Sterile Grass Carp =
C 20 $6.00 each
$6 00 h
* Recommended stocking levels per acre
51
52. • Large mouth Bass
• Angle
• Sterile grass carp
• Used for aquatic
weed control
• Channel catfish
• Feed on live forage
52
53. How to maintain our Dam
How to maintain our Dam
• Weed whack and cut down any tree saplings
Weed whack and cut down any tree saplings
once per year
53
54. Recap
• Some Pond owners were frustrated by the
y
aquatic vegetation
• Algaecide masked the symptoms, but in reality
we continue to ignore the underlying problems,
we continue to ignore the underlying problems
e.g. the excessive decaying organic materials
beneath the surface of the water
• The organic materials sink to bottom and decay
over the winter
• Th
The muck will become a high‐nutrient compost
k ill b hi h i
pile which will fuel next years weed and algae
g
growth.
54
55. Weeds, Muck, and Algae –
Weeds Muck and Algae –
Looks like next year is going to be another
very baaaad year.
55
56. 1. The silt run‐off has created a 2. This silt run‐off also 3. These felled tress will
sandbar that now extends to carries excess nutrients eventually be dragged by
Tom’s Dock. The water level into the pond. Beavers into the Pond which
of the Pond is less which
of the Pond is less which also add to excess nutrients and
also add to excess nutrients and
makes the Pond warmer and deplete the oxygen levels in
encourages algae blooms. the pond.
4. Leaves are blown to the East
side of the Pond where they
accumulate and decay
56
59. Let’s jointly create a Pond
management plan l
• Mission statement to describe the purpose of the plan
Mission statement to describe the purpose of the plan
– a visually pleasing addition to the view from the porch
– water supply for lawns
– recreation
– fishing
• List actual uses of the pond
• Become knowledgeable about the body of water in your backyard
and things you may be doing unintentionally to affect the
environmental balance of the pond
• Clearly define individual rights and responsibilities
• S
Set a monetary budget for the on going management of the pond
b d f h i f h d
• Reach consensus on the management plan with ALL pond owners
59
60. An ounce of prevention is worth a
pound of cure.
pound of cure *
* And the avoidance of a $1,600
And the avoidance of a $1,600
pond cleanup fee
60