The Silver Creek Super Project, in the Ocqueoc River Watershed (Presque Isle County, Mich.), embodies how locally driven efforts lead to broad partnerships and collaboration, successfully accomplishing full restoration of this highest quality tributary by treating stream impacts, invasive species, erosion, and by promoting many other conservation techniques. Protecting and restoring sensitive coldwater ecosystems is more important than ever, with increasing threats and ever dwindling financial support for that type of work. Yet, with the foundation of a system-wide inventory of watershed impacts and a watershed management plan in place, local partners have taken the lead in protecting their high-quality coldwater ecosystem, garnering interest from national organizations and agencies, including Great Lakes Restoration Initiative funding.
A watershed is an area of land that divides streams and rivers that drain into different bodies of water. Watersheds perform several important functions: they clean water through processes such as surface runoff and put the water into drinking condition. This is vital as the Mississippi watershed alone cleans and produces 40% of water for the United States. Watersheds are also important for recreation for animals and humans. There are 25 watersheds located within Canada.
The document contains a student's geography homework assignment about observing different sides of the River Ouse. It notes characteristics like vegetation, terrain features, and water speed on each side. It also includes information about the formation of the Ouse and Adur Rivers Trust and their water quality testing, habitat preservation work, and guided riverside walks along the river.
The document discusses several key facts about the ocean: (1) 95% of the ocean remains unexplored despite covering most of the Earth's surface, leaving much to still be discovered; (2) the ocean regulates climate and weather on Earth and is crucial for sustaining life; (3) the ocean floor contains many historical artifacts and sunken cities yet to be found, making it one of the largest museums; (4) pollution from plastic and oil dumping threatens ocean life and acidifies the water.
This document discusses aquatic invasive plant species that can cause problems in Texas water bodies. It outlines that hydrilla covers 45,000 to 80,000 acres across approximately 110 public reservoirs and water hyacinth covers around 6,000 to 14,000 acres across 35 public reservoirs. Giant salvinia also infests over 6,000 acres across Texas and can double in size within a week in optimal conditions. The document examines management options for giant salvinia, including biological control using the giant salvinia weevil, herbicides, and water level manipulation, and estimates treatment costs of $65-100 per acre for infestations at Toledo Bend and Caddo Lake reservoirs.
This document evaluates the Soil Vulnerability Index (SVI) for its applicability in an intensively managed high desert irrigation district in Idaho. SVI aims to quantify soil runoff and leaching vulnerability into four categories. The objectives are to evaluate SVI for this arid western watershed and provide recommendations for its use in similar areas. SVI ratings are determined based on criteria involving soil properties, slope, and drainage. Results show that soil type dominates SVI classification in the study area. Application of SVI also requires accounting for irrigation practices and soil conditions.
Mote por 2014 galleon coral reef restoration wo video galleon co brandedTwoOceansDigital
This document discusses coral reef restoration efforts by Mote Marine Laboratory and their partners. It provides background on Mote Marine Laboratory and highlights the economic and ecological importance of coral reefs. The document outlines threats to coral reefs like climate change, pollution, and disease. It then describes Mote's successful methods for coral restoration through nurseries and microfragmentation that have achieved 90% survival rates. The goal of their restoration work is to ensure the future of oceans and economies that depend on healthy coral reefs.
The Silver Creek Super Project, in the Ocqueoc River Watershed (Presque Isle County, Mich.), embodies how locally driven efforts lead to broad partnerships and collaboration, successfully accomplishing full restoration of this highest quality tributary by treating stream impacts, invasive species, erosion, and by promoting many other conservation techniques. Protecting and restoring sensitive coldwater ecosystems is more important than ever, with increasing threats and ever dwindling financial support for that type of work. Yet, with the foundation of a system-wide inventory of watershed impacts and a watershed management plan in place, local partners have taken the lead in protecting their high-quality coldwater ecosystem, garnering interest from national organizations and agencies, including Great Lakes Restoration Initiative funding.
A watershed is an area of land that divides streams and rivers that drain into different bodies of water. Watersheds perform several important functions: they clean water through processes such as surface runoff and put the water into drinking condition. This is vital as the Mississippi watershed alone cleans and produces 40% of water for the United States. Watersheds are also important for recreation for animals and humans. There are 25 watersheds located within Canada.
The document contains a student's geography homework assignment about observing different sides of the River Ouse. It notes characteristics like vegetation, terrain features, and water speed on each side. It also includes information about the formation of the Ouse and Adur Rivers Trust and their water quality testing, habitat preservation work, and guided riverside walks along the river.
The document discusses several key facts about the ocean: (1) 95% of the ocean remains unexplored despite covering most of the Earth's surface, leaving much to still be discovered; (2) the ocean regulates climate and weather on Earth and is crucial for sustaining life; (3) the ocean floor contains many historical artifacts and sunken cities yet to be found, making it one of the largest museums; (4) pollution from plastic and oil dumping threatens ocean life and acidifies the water.
This document discusses aquatic invasive plant species that can cause problems in Texas water bodies. It outlines that hydrilla covers 45,000 to 80,000 acres across approximately 110 public reservoirs and water hyacinth covers around 6,000 to 14,000 acres across 35 public reservoirs. Giant salvinia also infests over 6,000 acres across Texas and can double in size within a week in optimal conditions. The document examines management options for giant salvinia, including biological control using the giant salvinia weevil, herbicides, and water level manipulation, and estimates treatment costs of $65-100 per acre for infestations at Toledo Bend and Caddo Lake reservoirs.
This document evaluates the Soil Vulnerability Index (SVI) for its applicability in an intensively managed high desert irrigation district in Idaho. SVI aims to quantify soil runoff and leaching vulnerability into four categories. The objectives are to evaluate SVI for this arid western watershed and provide recommendations for its use in similar areas. SVI ratings are determined based on criteria involving soil properties, slope, and drainage. Results show that soil type dominates SVI classification in the study area. Application of SVI also requires accounting for irrigation practices and soil conditions.
Mote por 2014 galleon coral reef restoration wo video galleon co brandedTwoOceansDigital
This document discusses coral reef restoration efforts by Mote Marine Laboratory and their partners. It provides background on Mote Marine Laboratory and highlights the economic and ecological importance of coral reefs. The document outlines threats to coral reefs like climate change, pollution, and disease. It then describes Mote's successful methods for coral restoration through nurseries and microfragmentation that have achieved 90% survival rates. The goal of their restoration work is to ensure the future of oceans and economies that depend on healthy coral reefs.
This study examined mudpuppy populations in the St. Clair-Detroit River System using trapping data, environmental DNA (eDNA) sampling, and land cover analysis. The objectives were to determine if eDNA is a useful monitoring tool for mudpuppies and quantify the relationship between land cover and mudpuppy presence. The results showed that sites with higher percentages of forest cover and lower development upstream had higher mudpuppy occupancy. eDNA results were inconclusive for monitoring. Ongoing sampling and protocol adjustments may help validate the use of eDNA to monitor mudpuppy populations.
This document summarizes a study that used environmental DNA (eDNA) to detect the presence of mudpuppies (Necturus maculosus maculosus) along the St. Clair-Detroit River System. The study sampled eDNA from four sites with varying mudpuppy trapping success. Initial results were inconclusive due to inconsistencies. Ongoing eDNA sampling is being integrated with additional samples and protocol adjustments to better understand mudpuppy occupancy. Local habitat restoration appears important for mudpuppy conservation in occupied areas of this degraded river system.
Where Land and Water Meet - Norma Camacho from Santa Clara Valley Water DistrictOpenSpaceCouncil
On March 17, 2016 (St Patty's Day!) we convened a Gathering with 4 water agencies to talk about land stewardship, drought, and partnerships. More info over at: http://openspacecouncil.org/community-events/gatherings/
Where Land and Water Meet - Norma Camacho from Santa Clara Valley Water DistrictAnnie Burke
On March 17, 2016 (St Patty's Day!) we convened a Gathering with 4 water agencies to talk about land stewardship, drought, and partnerships. More info over at: http://openspacecouncil.org/community-events/gatherings/
This document summarizes a presentation given by the Sierra Club Canada-Atlantic Chapter on why fracking in Nova Scotia should be concerning. The presentation included information on fracking activities in New Brunswick, the risks of fracking to health and the environment from toxic and radioactive chemicals, and locations being considered for fracking in Nova Scotia. It outlined the Sierra Club's position of stopping fracking waste handling from New Brunswick and banning fracking in Atlantic Canada. The presentation concluded by encouraging attendees to get involved through education, research, political action, and donating to help expand the anti-fracking campaign.
This document provides information about the Stroud Water Research Center, including its founders and locations. It discusses the center's research approach, which involves studying terrestrial ecosystems, soils, groundwater, wetlands, streams, rivers, lakes, estuaries, and human systems to understand freshwater systems. The center works to advance knowledge and stewardship of freshwater systems through global research, education, and watershed restoration. The document highlights several presentations and research projects, including the importance of small streams, using aquatic insects as indicators of stream health, the role of soil health in healthy waters, and research comparing organic, conventional and conservation farming systems. It also discusses citizen science projects tracking soil moisture, infiltration and other metrics to study farm
In 2015, The Rockefeller Foundation collaborated with several partners to begin developing incentive-based mechanisms to address competition for freshwater, and to bring human water use back in balance with the water needs of freshwater ecosystems in order to build long-term resilience. The early solutions that emerged, and the wider lessons from the group’s work, are captured in this report.
This document contains information about stream monitoring and assessment in the Middle Eel River watershed in Indiana. It includes maps showing the locations of impaired streams and watershed management plans. Tables present biological monitoring data for sites, including the Index of Biotic Integrity (IBI) and Qualitative Habitat Evaluation Index (QHEI) scores. Metrics used to calculate these indices are also listed. Photos show biological sampling and stream habitat assessment.
Jennifer Birchfield, Water Program Director with Save the Dunes, will update the group on several news items and initiatives.
Save the Dunes in partnership with the city of Valparaiso, was recently awarded a $607,000 EPA grant to improve a large detention area located at Evans & Roosevelt in Valparaiso. The basin feeds into the Salt Creek watershed and eventually into Lake Michigan.
Birchfield said more than 500 acres of developed land drains into the 2-acre Thorgren basin after a storm. That water contains pollutants, such as lawn chemicals, oil and animal feces. The grant money will spur efforts to naturalize the basin to mimic a wetland surrounding to filter pollutants. Concrete will be replaced by a meandering waterway. Turfgrass will be replaced with native plantings that have deep roots that absorb water and pollutants.
Save the Dunes officials hope the Thorgren basin will become a model for other basins in the Lake Michigan watershed.
Jennifer Birchfield, Water Program Director with Save the Dunes, will update the group on several news items and initiatives.
Save the Dunes in partnership with the city of Valparaiso, was recently awarded a $607,000 EPA grant to improve a large detention area located at Evans & Roosevelt in Valparaiso. The basin feeds into the Salt Creek watershed and eventually into Lake Michigan.
Birchfield said more than 500 acres of developed land drains into the 2-acre Thorgren basin after a storm. That water contains pollutants, such as lawn chemicals, oil and animal feces. The grant money will spur efforts to naturalize the basin to mimic a wetland surrounding to filter pollutants. Concrete will be replaced by a meandering waterway. Turfgrass will be replaced with native plantings that have deep roots that absorb water and pollutants.
Save the Dunes officials hope the Thorgren basin will become a model for other basins in the Lake Michigan watershed.
Located in Northwest Indiana, the Deep River-Portage Burns Waterway watershed drains nearly 180 square miles of primarily urban and agricultural land to Lake Michigan through the Portage Burns Waterway. In 2014, the Indiana Department of Environmental Management (IDEM) completed a yearlong baseline water quality study of 35 stream sites in the watershed. Based on the information they collected, nearly 233 miles of stream (80%) in the watershed will likely be included on the draft 2016 303d List of Impaired Waterbodies.
The Deep River-Portage Burns Waterway Initiative brings together local communities and organizations to begin restoring and protecting these waterways for current and future generations to enjoy. This webinar highlights some of the concerns raised by the public and the threats streams in the watershed face affecting recreational use and aquatic life.
Towards IWRM and River Basin Planning in NepalOswar Mungkasa
The document discusses opportunities and challenges for integrated water resources management in the Bagmati River Basin in Nepal. Key issues include pollution, unplanned urbanization, water scarcity, degradation of cultural sites, riverbank encroachment, sand mining, and overextraction of groundwater. However, opportunities exist through existing acts and regulations, institutions established to manage water resources, tourism potential along the river, public awareness campaigns, and ongoing projects to improve the basin. The document argues for utilizing these opportunities to help address challenges through a integrated river basin management approach.
This document summarizes how natural coastal systems function to control pollution and prevent flooding and storm damage, and the effects of human alterations on these systems. It describes how features like salt marshes, beaches, wetlands and their vegetation naturally improve water quality, attenuate waves and floods, but that activities like coastal development, dams, pollution and draining/filling of habitats have degraded these ecosystem services. The Division of Ecological Restoration works to restore over 1,000 acres of coastal wetlands and 200 miles of streams to regain these lost benefits.
The document discusses revitalization of rivers in the United States through dam removal. It provides background on the benefits and impacts of dams, and the history of dam construction and removal in the US. Over 750 dams have been removed, mostly small dams, to help restore rivers and ecosystems. Case studies are presented on dam removals on the Chiloquin River in Oregon, Rogue River in Oregon, and Elwha River in Washington to restore fish passage and ecosystems while managing sediment impacts.
The document discusses revitalization of rivers in the United States through dam removal. It provides background on the impacts of dams, history of dam construction and removal in the US. Specifically, it examines case studies of dam removals on the Chiloquin River in Oregon, Rogue River in Oregon, and Elwha River in Washington. For the Elwha River dams, the reservoirs contained major sediment problems that required concurrent dam removal and management of reservoir sediments to minimize downstream impacts.
The document discusses the history of pollution and restoration efforts in the Willamette River in Oregon. It describes how the river was once declared an "open sewer" but water quality has improved due to various regulatory actions from the 1930s onward. However, the river and its fish populations still face threats including invasive species, pollution, and lack of access to cold water refuges during heat waves. Overall restoration progress depends on coordinated long-term efforts to improve habitat complexity and allow natural floodplain dynamics.
This document summarizes an approach to exploring water sustainability issues in island communities through community engagement and systems modeling. It involves identifying key issues through discussion with community members, mapping groundwater vulnerability, and developing an interactive systems dynamics model to explore water usage and availability over time under different policy scenarios. The approach has been applied successfully in two Gulf Islands communities in British Columbia to integrate scientific knowledge into policymaking.
The document discusses the proposed realignment of the Tawatinaw River and argues that it will negatively impact the river ecosystem and local community. It notes that realigning the river will permanently change it, eliminate important functions, and increase water velocity. It also claims that realignment will be difficult to stabilize, reduce plant and wildlife diversity, and negatively impact fish habitat. Finally, it argues that the Tawatinaw River provides important ecological, educational, heritage and tourism value to the local community that would be lost if the river is realigned.
Biology And Conservation Of The California Tiger Salamander Revised 2009debmontana
The document summarizes a workshop on the biology and conservation of the California tiger salamander. It provides details on the salamander's life cycle, habitat requirements, threats, and strategies for conservation. It also describes activities at the workshop including a field trip, aquatic sampling techniques, and an introduction to monitoring methods. The document highlights the overlap between the salamander's range and PG&E's service territory and facilities.
Remarks at Delaware River Watershed Forum 2014 by Clare Billett, William Penn...Kim Beidler
The document discusses the 2nd Annual Delaware River Watershed Forum which aims to maximize watershed protection efforts through targeting priorities, aligning work, establishing goals and measuring changes, using communications, and promoting expansion. It provides an overview of the Delaware River Watershed Initiative which has a goal of improving water quality by 2023 through supporting research, tracking changes, engaging communities, and investing in restoration of 8 targeted sub-watersheds. The initiative is supported by various organizations and has identified over $230 million in needs over 3 years.
Kelly Mooij, Esq., Vice President Government Relations, New Jersey Audubon Society
Jill Witkowski, Esq., Director, Choose Clean Water
Mark Zakutansky, Mid-Atlantic Policy Manager, Appalachian Mountain Club
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Similar to Water - Tributaries, River, Bay by Martha Corrrozi Narvaez
This study examined mudpuppy populations in the St. Clair-Detroit River System using trapping data, environmental DNA (eDNA) sampling, and land cover analysis. The objectives were to determine if eDNA is a useful monitoring tool for mudpuppies and quantify the relationship between land cover and mudpuppy presence. The results showed that sites with higher percentages of forest cover and lower development upstream had higher mudpuppy occupancy. eDNA results were inconclusive for monitoring. Ongoing sampling and protocol adjustments may help validate the use of eDNA to monitor mudpuppy populations.
This document summarizes a study that used environmental DNA (eDNA) to detect the presence of mudpuppies (Necturus maculosus maculosus) along the St. Clair-Detroit River System. The study sampled eDNA from four sites with varying mudpuppy trapping success. Initial results were inconclusive due to inconsistencies. Ongoing eDNA sampling is being integrated with additional samples and protocol adjustments to better understand mudpuppy occupancy. Local habitat restoration appears important for mudpuppy conservation in occupied areas of this degraded river system.
Where Land and Water Meet - Norma Camacho from Santa Clara Valley Water DistrictOpenSpaceCouncil
On March 17, 2016 (St Patty's Day!) we convened a Gathering with 4 water agencies to talk about land stewardship, drought, and partnerships. More info over at: http://openspacecouncil.org/community-events/gatherings/
Where Land and Water Meet - Norma Camacho from Santa Clara Valley Water DistrictAnnie Burke
On March 17, 2016 (St Patty's Day!) we convened a Gathering with 4 water agencies to talk about land stewardship, drought, and partnerships. More info over at: http://openspacecouncil.org/community-events/gatherings/
This document summarizes a presentation given by the Sierra Club Canada-Atlantic Chapter on why fracking in Nova Scotia should be concerning. The presentation included information on fracking activities in New Brunswick, the risks of fracking to health and the environment from toxic and radioactive chemicals, and locations being considered for fracking in Nova Scotia. It outlined the Sierra Club's position of stopping fracking waste handling from New Brunswick and banning fracking in Atlantic Canada. The presentation concluded by encouraging attendees to get involved through education, research, political action, and donating to help expand the anti-fracking campaign.
This document provides information about the Stroud Water Research Center, including its founders and locations. It discusses the center's research approach, which involves studying terrestrial ecosystems, soils, groundwater, wetlands, streams, rivers, lakes, estuaries, and human systems to understand freshwater systems. The center works to advance knowledge and stewardship of freshwater systems through global research, education, and watershed restoration. The document highlights several presentations and research projects, including the importance of small streams, using aquatic insects as indicators of stream health, the role of soil health in healthy waters, and research comparing organic, conventional and conservation farming systems. It also discusses citizen science projects tracking soil moisture, infiltration and other metrics to study farm
In 2015, The Rockefeller Foundation collaborated with several partners to begin developing incentive-based mechanisms to address competition for freshwater, and to bring human water use back in balance with the water needs of freshwater ecosystems in order to build long-term resilience. The early solutions that emerged, and the wider lessons from the group’s work, are captured in this report.
This document contains information about stream monitoring and assessment in the Middle Eel River watershed in Indiana. It includes maps showing the locations of impaired streams and watershed management plans. Tables present biological monitoring data for sites, including the Index of Biotic Integrity (IBI) and Qualitative Habitat Evaluation Index (QHEI) scores. Metrics used to calculate these indices are also listed. Photos show biological sampling and stream habitat assessment.
Jennifer Birchfield, Water Program Director with Save the Dunes, will update the group on several news items and initiatives.
Save the Dunes in partnership with the city of Valparaiso, was recently awarded a $607,000 EPA grant to improve a large detention area located at Evans & Roosevelt in Valparaiso. The basin feeds into the Salt Creek watershed and eventually into Lake Michigan.
Birchfield said more than 500 acres of developed land drains into the 2-acre Thorgren basin after a storm. That water contains pollutants, such as lawn chemicals, oil and animal feces. The grant money will spur efforts to naturalize the basin to mimic a wetland surrounding to filter pollutants. Concrete will be replaced by a meandering waterway. Turfgrass will be replaced with native plantings that have deep roots that absorb water and pollutants.
Save the Dunes officials hope the Thorgren basin will become a model for other basins in the Lake Michigan watershed.
Jennifer Birchfield, Water Program Director with Save the Dunes, will update the group on several news items and initiatives.
Save the Dunes in partnership with the city of Valparaiso, was recently awarded a $607,000 EPA grant to improve a large detention area located at Evans & Roosevelt in Valparaiso. The basin feeds into the Salt Creek watershed and eventually into Lake Michigan.
Birchfield said more than 500 acres of developed land drains into the 2-acre Thorgren basin after a storm. That water contains pollutants, such as lawn chemicals, oil and animal feces. The grant money will spur efforts to naturalize the basin to mimic a wetland surrounding to filter pollutants. Concrete will be replaced by a meandering waterway. Turfgrass will be replaced with native plantings that have deep roots that absorb water and pollutants.
Save the Dunes officials hope the Thorgren basin will become a model for other basins in the Lake Michigan watershed.
Located in Northwest Indiana, the Deep River-Portage Burns Waterway watershed drains nearly 180 square miles of primarily urban and agricultural land to Lake Michigan through the Portage Burns Waterway. In 2014, the Indiana Department of Environmental Management (IDEM) completed a yearlong baseline water quality study of 35 stream sites in the watershed. Based on the information they collected, nearly 233 miles of stream (80%) in the watershed will likely be included on the draft 2016 303d List of Impaired Waterbodies.
The Deep River-Portage Burns Waterway Initiative brings together local communities and organizations to begin restoring and protecting these waterways for current and future generations to enjoy. This webinar highlights some of the concerns raised by the public and the threats streams in the watershed face affecting recreational use and aquatic life.
Towards IWRM and River Basin Planning in NepalOswar Mungkasa
The document discusses opportunities and challenges for integrated water resources management in the Bagmati River Basin in Nepal. Key issues include pollution, unplanned urbanization, water scarcity, degradation of cultural sites, riverbank encroachment, sand mining, and overextraction of groundwater. However, opportunities exist through existing acts and regulations, institutions established to manage water resources, tourism potential along the river, public awareness campaigns, and ongoing projects to improve the basin. The document argues for utilizing these opportunities to help address challenges through a integrated river basin management approach.
This document summarizes how natural coastal systems function to control pollution and prevent flooding and storm damage, and the effects of human alterations on these systems. It describes how features like salt marshes, beaches, wetlands and their vegetation naturally improve water quality, attenuate waves and floods, but that activities like coastal development, dams, pollution and draining/filling of habitats have degraded these ecosystem services. The Division of Ecological Restoration works to restore over 1,000 acres of coastal wetlands and 200 miles of streams to regain these lost benefits.
The document discusses revitalization of rivers in the United States through dam removal. It provides background on the benefits and impacts of dams, and the history of dam construction and removal in the US. Over 750 dams have been removed, mostly small dams, to help restore rivers and ecosystems. Case studies are presented on dam removals on the Chiloquin River in Oregon, Rogue River in Oregon, and Elwha River in Washington to restore fish passage and ecosystems while managing sediment impacts.
The document discusses revitalization of rivers in the United States through dam removal. It provides background on the impacts of dams, history of dam construction and removal in the US. Specifically, it examines case studies of dam removals on the Chiloquin River in Oregon, Rogue River in Oregon, and Elwha River in Washington. For the Elwha River dams, the reservoirs contained major sediment problems that required concurrent dam removal and management of reservoir sediments to minimize downstream impacts.
The document discusses the history of pollution and restoration efforts in the Willamette River in Oregon. It describes how the river was once declared an "open sewer" but water quality has improved due to various regulatory actions from the 1930s onward. However, the river and its fish populations still face threats including invasive species, pollution, and lack of access to cold water refuges during heat waves. Overall restoration progress depends on coordinated long-term efforts to improve habitat complexity and allow natural floodplain dynamics.
This document summarizes an approach to exploring water sustainability issues in island communities through community engagement and systems modeling. It involves identifying key issues through discussion with community members, mapping groundwater vulnerability, and developing an interactive systems dynamics model to explore water usage and availability over time under different policy scenarios. The approach has been applied successfully in two Gulf Islands communities in British Columbia to integrate scientific knowledge into policymaking.
The document discusses the proposed realignment of the Tawatinaw River and argues that it will negatively impact the river ecosystem and local community. It notes that realigning the river will permanently change it, eliminate important functions, and increase water velocity. It also claims that realignment will be difficult to stabilize, reduce plant and wildlife diversity, and negatively impact fish habitat. Finally, it argues that the Tawatinaw River provides important ecological, educational, heritage and tourism value to the local community that would be lost if the river is realigned.
Biology And Conservation Of The California Tiger Salamander Revised 2009debmontana
The document summarizes a workshop on the biology and conservation of the California tiger salamander. It provides details on the salamander's life cycle, habitat requirements, threats, and strategies for conservation. It also describes activities at the workshop including a field trip, aquatic sampling techniques, and an introduction to monitoring methods. The document highlights the overlap between the salamander's range and PG&E's service territory and facilities.
Similar to Water - Tributaries, River, Bay by Martha Corrrozi Narvaez (20)
Remarks at Delaware River Watershed Forum 2014 by Clare Billett, William Penn...Kim Beidler
The document discusses the 2nd Annual Delaware River Watershed Forum which aims to maximize watershed protection efforts through targeting priorities, aligning work, establishing goals and measuring changes, using communications, and promoting expansion. It provides an overview of the Delaware River Watershed Initiative which has a goal of improving water quality by 2023 through supporting research, tracking changes, engaging communities, and investing in restoration of 8 targeted sub-watersheds. The initiative is supported by various organizations and has identified over $230 million in needs over 3 years.
Kelly Mooij, Esq., Vice President Government Relations, New Jersey Audubon Society
Jill Witkowski, Esq., Director, Choose Clean Water
Mark Zakutansky, Mid-Atlantic Policy Manager, Appalachian Mountain Club
The National Water Census aims to provide stakeholders with tools to assess current and future water availability. The Delaware River Basin Focus Area Study is testing these tools at a local scale. It is developing water use databases, models to estimate streamflow and evaluate land use/climate change impacts, and relationships between streamflow and aquatic ecology to inform management decisions. The results will be delivered through online applications to help users construct local water budgets and test scenarios.
America can be seen as highways and state lines or as rivers, with rivers giving many gifts the author loves about the country. Rivers flow through every page of America's great story.
Communicating the Importance Clean WaterKim Beidler
This document provides guidance on effectively communicating the importance of clean water by focusing on creating a positive vision of clean local waterways, using visual imagery and examples, emphasizing local impacts, and framing the issue around shared values like health, legacy, and cooperation. Key recommendations include telling a story that inspires action, using simple language and numbers to illustrate costs and benefits, and highlighting trusted local messengers.
The document discusses the results of a public opinion poll regarding a congressional race in Pennsylvania's 16th district. The poll found that incumbent Joe Pitts initially led his Democratic challenger Tom Houghton by 8 points. However, when voters in Lancaster County, which makes up most of the district, were provided information about Pitts' support for a proposed gas pipeline project and donations from the company, and Houghton's opposition, Pitts' lead disappeared and the race was tied at 41-41. The pipeline message had the biggest impact on Republicans and independents in Lancaster County.
Improving Surface and Ground Water Quality via Agricultural Lands: Two Lancas...Kim Beidler
This document provides two case studies on improving surface and ground water quality through agricultural best management practices (BMPs) in Lancaster County, Pennsylvania.
The first case study describes a BMP assessment conducted in West Lampeter Township, where farms over 10 acres were visited to document existing BMPs and identify opportunities for improved water quality and farmer partnerships. Over 50% of identified BMPs were not documented in conservation plans. The assessment results will help identify priority areas for implementing additional BMPs.
The second case study outlines a source water protection collaborative for Eastern Lancaster County, where high nitrate levels threaten drinking water sources. An education workshop attracted 400 farmers. An agricultural committee is facilitating ongoing farmer outreach and free well testing, with a
The document summarizes the Dust Bowl of the 1930s, which was caused by years of severe drought that destroyed crops and exposed dry topsoil to powerful winds. Millions of tons of topsoil blew eastward, depositing sediment as far away as the Atlantic Ocean. In response, the Soil Conservation Service (now the Natural Resources Conservation Service) was established in 1935 to address soil erosion and conservation. The document then provides examples of dust storms in 1934 South Dakota and 2011 Arizona to illustrate that dust storms remain an issue. It outlines the NRCS approach of Avoiding, Controlling, and Trapping pollutants using various conservation practices and highlights New Jersey's 2014 Soil Health Initiative promoting the use of cover crops.
Farmers in Northampton County primarily operate cash grain operations on about a third of the available cropland. Avoiding excess nutrient applications starts with planning and using fertility decision support tools that analyze multiple inputs like soil tests, in-season plant analysis, and nitrogen prediction models. Precision agriculture helps manage variability, increases overall nutrient use efficiency, but requires a major investment in specialized equipment and analysis.
Investing in Natural Infrastructure Provides Multiple Benefits to Communities Kim Beidler
Ecological restoration projects provide multiple economic benefits to communities. For example, a natural infrastructure project completed in 2007 at Cape May Point, New Jersey that restored lower Cape May Meadows reduced flood damage costs by an estimated $9.6 million over 50 years. The project was also found to provide $200 million in economic impact for Cape May County and support the region's $5.5 billion tourism industry. Lessons from the case study highlight the importance of clearly defining objectives, collecting economic baseline data, and leveraging the multiple benefits of natural infrastructure projects.
Lehigh Valley Return on Environment StudyKim Beidler
This document summarizes the results of a study on the economic value of natural lands and environmental services in the Lehigh Valley region of Pennsylvania. It finds that:
1) Natural lands like forests and wetlands provide services worth $105-849 million annually, including flood mitigation, water purification, habitat and more.
2) Trees remove $48 million worth of air pollutants annually and sequester $3.6 million in carbon.
3) Outdoor recreation supported by natural areas contributes $236-556 million annually in economic output and supports over 4,000 jobs.
4) Proximity to open space increases nearby property values by up to 14%, representing $1.87 billion
This document summarizes an economic impact study on the cold water fishing and boating industries along the Upper Delaware River. It finds that these industries generate $414 million annually for the local economy. However, inconsistent water flow releases from upstream reservoirs have negatively impacted the fishing industry in recent years. Maintaining more consistent water levels could boost the economic benefits by $274 million. The study examined expenditures by anglers and boaters, economic multipliers, and contributions to local businesses to determine the industries' total economic impact.
Protecting Water Resources in Lower Saucon TownshipKim Beidler
The document discusses Lower Saucon Township's Natural Resource Protection Overlay Zoning Ordinance. The ordinance aims to protect natural resources such as wetlands, floodplains, woodlands, and steep slopes by establishing protection rates for these areas. For example, floodplains and wetlands have a 100% protection rate where no development is permitted. Wetland buffers have an 85% protection rate. The township also focuses on outreach and partnerships to educate residents on protecting water resources and establishing streamside buffers.
Coalition for the Delaware River Watershed Presents: 2nd Annual Delaware Rive...Kim Beidler
The Pennsylvania Stormwater Management Act of 1978 (Act 167) requires counties to develop watershed plans to coordinate stormwater management across municipal boundaries, outlines 13 required plan elements, and places responsibilities on counties and municipalities to adopt and implement ordinances consistent with approved watershed plans. The Lehigh Valley Planning Commission assists Lehigh and Northampton Counties in developing hydrologic models and watershed plans under Act 167, and provides review of municipal ordinances to ensure consistency with watershed plans. Act 167 plans aim to balance development and flood control through release rate criteria, while more recent plans also incorporate water quality requirements.
Meet the U.S. Fish and Wildlife ServiceKim Beidler
The document introduces the U.S. Fish and Wildlife Service, a federal agency within the United States Department of the Interior dedicated to the management of fish, wildlife, and natural habitats. The agency works to protect endangered species and their ecosystems, as well as manage migratory birds, certain marine mammals, and sport fish. It also oversees the enforcement of federal wildlife laws, international wildlife trade, and environmental contaminants that affect wildlife.
Essential Tools for Modern PR Business .pptxPragencyuk
Discover the essential tools and strategies for modern PR business success. Learn how to craft compelling news releases, leverage press release sites and news wires, stay updated with PR news, and integrate effective PR practices to enhance your brand's visibility and credibility. Elevate your PR efforts with our comprehensive guide.
केरल उच्च न्यायालय ने 11 जून, 2024 को मंडला पूजा में भाग लेने की अनुमति मांगने वाली 10 वर्षीय लड़की की रिट याचिका को खारिज कर दिया, जिसमें सर्वोच्च न्यायालय की एक बड़ी पीठ के समक्ष इस मुद्दे की लंबित प्रकृति पर जोर दिया गया। यह आदेश न्यायमूर्ति अनिल के. नरेंद्रन और न्यायमूर्ति हरिशंकर वी. मेनन की खंडपीठ द्वारा पारित किया गया
13062024_First India Newspaper Jaipur.pdfFIRST INDIA
Find Latest India News and Breaking News these days from India on Politics, Business, Entertainment, Technology, Sports, Lifestyle and Coronavirus News in India and the world over that you can't miss. For real time update Visit our social media handle. Read First India NewsPaper in your morning replace. Visit First India.
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Youngest c m in India- Pema Khandu BiographyVoterMood
Pema Khandu, born on August 21, 1979, is an Indian politician and the Chief Minister of Arunachal Pradesh. He is the son of former Chief Minister of Arunachal Pradesh, Dorjee Khandu. Pema Khandu assumed office as the Chief Minister in July 2016, making him one of the youngest Chief Ministers in India at that time.
Water - Tributaries, River, Bay by Martha Corrrozi Narvaez
1. The Delaware River Watershed Forum
Track 6:
Water – Tributaries, River, Bay
MARTHA CORROZI NARVAEZ
WATER RESOURCES AGENCY
INSTITUTE FOR PUBLIC ADMINISTRATION
UNIVERSITY OF DELAWARE
October 28, 2013
3. The Christina Basin
an interstate watershed
State
Area (sq. mi.)
DE
157 (28%)
PA
400 (71%)
MD
8 (1%)
TOTAL
565 (100%)
Watershed
Area (sq. mi.)
Brandywine Creek
325
Red Clay Creek
55
White Clay Creek
107
Christina River
78
TOTAL
565
4. Why Is It Important?
Water Supply
Biological Diversity
Ecologically Significant
Recreation
Social
Cultural
Economic
5. Concerns and Problems in the Basin
Nutrients (nitrogen and phosphorus)
Toxics (Zinc)
Bacteria
Fish Consumption Advisories (PCBs and Chlordane)
Legacy Pollutants (PCBs, etc.)
Sediment
Stream Habitat
Flows
8. Christina Basin
Tributary Action Team
Fishable, swimmable, potable
2015
Christina Basin
Tributary Action Team
Open Space
Workgroup
Agriculture
Workgroup
Wastewater
Workgroup
Stormwater
Workgroup
Education
Workgroup
9. Final Product, What Does It Look Like?
41 Recommendations
5 categories
Implementing Organizations
Costs
Responsible Parties