The history of efforts to preserve and protect the Ash Creek tidal estuary which borders the city of Bridgeport and the town of Fairfield in Connecticut. The Ash Creek Conservation Association was formed in 2003 to continue the efforts of many to protect this rare healthy tidal estuary in an urban area.
The document discusses the history of conservation efforts in Southwest Florida over the past 50 years led by the Conservancy of Southwest Florida. It summarizes that the Conservancy was founded in the 1960s to protect Rookery Bay from development, and has since expanded its work to include land acquisition, environmental research, education, and advocacy to promote balanced growth and water quality protection. The Conservancy has helped preserve over 100,000 acres and faces ongoing challenges around population growth and water pollution, but remains committed to conservation for future generations.
The document discusses several ongoing salmon recovery efforts in the Nisqually watershed:
1) Phase III of the Ohop Valley restoration project has begun, continuing efforts to restore habitat for threatened Chinook, Coho, and steelhead salmon. Monitoring of Phases I and II shows native vegetation is establishing well.
2) Research on the Nisqually River estuary restoration found that restoring tidal flow is rapidly improving feeding and growth opportunities for juvenile Chinook salmon, though some attributes will take longer to achieve natural conditions.
3) A study placed identifying tags in over 800 juvenile Coho salmon to reveal preliminary results about their survival and migration in local creeks.
The document summarizes the Transportation Corridor Agencies' environmental initiatives over the past 25 years. Some key efforts include establishing over 2,000 acres of protected habitat and open space, contributing funding and land to establish the Natural Communities Conservation Plan which protects over 37,000 acres, restoring coastal sage scrub habitat on a closed landfill to support endangered species, restoring a drainage ditch into thriving wetlands providing habitat for protected species, monitoring wildlife using motion cameras and GPS trackers to improve undercrossings and ensure safe passage, and constructing undercrossings under the toll roads to allow wildlife to cross without interruption of their natural habitat corridors.
The Yil-Me-Hu, the salmon recovery newsletter of the Nisqually Watershed, is produced annually by the Nisqually Indian Tribe and Nisqually River Council.
This document summarizes a study that tracked the origins of juvenile Chinook salmon in the Nisqually River estuary using coded wire tags. The study found that most fish caught came from local Nisqually River hatcheries, but fish also originated from hatcheries in the Green, Puyallup, and Skykomish Rivers. The tagging data provides insights into the fish's migration patterns and survival rates, helping managers evaluate hatchery programs and protect wild salmon populations.
Army Corps of Engineers Report on Restoration Planning in Jamaica bayecowatchers
The document discusses several ecosystem restoration projects being planned in and around Jamaica Bay in New York. It summarizes plans to restore over 360 acres of wetlands and other habitat across multiple sites. Key projects discussed include restoring wetlands and removing invasive species at Dead Horse Bay, Fresh Creek, and several Jamaica Bay Marsh Islands. It also describes flood risk reduction projects along the Atlantic Coast, including high frequency flooding features to reduce risk from frequent flooding in Jamaica Bay.
Martin County Florida, Artificial Reef ProgramCindy Sullivan
The Martin County Artificial Reef Program aims to restore lost marine habitats and resources through the construction of various artificial reefs. Artificial reefs are constructed using materials like recycled concrete, bridge pilings, ships, and specialized engineered structures. These reefs provide hard substrate and shelter to attract fish and invertebrates. The program also includes monitoring of reef sites, education initiatives, and community involvement to support marine life and local fisheries. The goal is to enhance the environment while fueling sustainable economic and recreational opportunities.
The document discusses the history of conservation efforts in Southwest Florida over the past 50 years led by the Conservancy of Southwest Florida. It summarizes that the Conservancy was founded in the 1960s to protect Rookery Bay from development, and has since expanded its work to include land acquisition, environmental research, education, and advocacy to promote balanced growth and water quality protection. The Conservancy has helped preserve over 100,000 acres and faces ongoing challenges around population growth and water pollution, but remains committed to conservation for future generations.
The document discusses several ongoing salmon recovery efforts in the Nisqually watershed:
1) Phase III of the Ohop Valley restoration project has begun, continuing efforts to restore habitat for threatened Chinook, Coho, and steelhead salmon. Monitoring of Phases I and II shows native vegetation is establishing well.
2) Research on the Nisqually River estuary restoration found that restoring tidal flow is rapidly improving feeding and growth opportunities for juvenile Chinook salmon, though some attributes will take longer to achieve natural conditions.
3) A study placed identifying tags in over 800 juvenile Coho salmon to reveal preliminary results about their survival and migration in local creeks.
The document summarizes the Transportation Corridor Agencies' environmental initiatives over the past 25 years. Some key efforts include establishing over 2,000 acres of protected habitat and open space, contributing funding and land to establish the Natural Communities Conservation Plan which protects over 37,000 acres, restoring coastal sage scrub habitat on a closed landfill to support endangered species, restoring a drainage ditch into thriving wetlands providing habitat for protected species, monitoring wildlife using motion cameras and GPS trackers to improve undercrossings and ensure safe passage, and constructing undercrossings under the toll roads to allow wildlife to cross without interruption of their natural habitat corridors.
The Yil-Me-Hu, the salmon recovery newsletter of the Nisqually Watershed, is produced annually by the Nisqually Indian Tribe and Nisqually River Council.
This document summarizes a study that tracked the origins of juvenile Chinook salmon in the Nisqually River estuary using coded wire tags. The study found that most fish caught came from local Nisqually River hatcheries, but fish also originated from hatcheries in the Green, Puyallup, and Skykomish Rivers. The tagging data provides insights into the fish's migration patterns and survival rates, helping managers evaluate hatchery programs and protect wild salmon populations.
Army Corps of Engineers Report on Restoration Planning in Jamaica bayecowatchers
The document discusses several ecosystem restoration projects being planned in and around Jamaica Bay in New York. It summarizes plans to restore over 360 acres of wetlands and other habitat across multiple sites. Key projects discussed include restoring wetlands and removing invasive species at Dead Horse Bay, Fresh Creek, and several Jamaica Bay Marsh Islands. It also describes flood risk reduction projects along the Atlantic Coast, including high frequency flooding features to reduce risk from frequent flooding in Jamaica Bay.
Martin County Florida, Artificial Reef ProgramCindy Sullivan
The Martin County Artificial Reef Program aims to restore lost marine habitats and resources through the construction of various artificial reefs. Artificial reefs are constructed using materials like recycled concrete, bridge pilings, ships, and specialized engineered structures. These reefs provide hard substrate and shelter to attract fish and invertebrates. The program also includes monitoring of reef sites, education initiatives, and community involvement to support marine life and local fisheries. The goal is to enhance the environment while fueling sustainable economic and recreational opportunities.
- A study analyzed land use and habitat changes in the lower Nisqually River valley over the past 60 years using aerial imagery from 1957, 1980, and 2015.
- Between 1957 and 1980, riparian forest decreased by 7.7% due to conversion to agriculture. From 1980 to 2015, riparian forest increased 2.3% within a restoration area.
- Upland forest saw minimal loss between 1957-1980 but declined 8.2% between 1980-2015 due to land development.
- Overall forest cover in the study area decreased 8.6% from 1957-1980 and another 5.9% from 1980-2015 through land development, agriculture, and river channel movement.
-
The document discusses closed loop urbanism and using oysters to preserve coastal areas. It outlines key principles of closed loop environments that recycle materials. It then discusses using oyster reefs to improve coastal water quality by filtering pollutants. The life cycle of oysters is described where they attach to form reefs that provide habitat and protect shorelines. Recycling oyster shells is important to provide substrate for new oysters to attach to and continue rebuilding reefs.
Jamaica Bay Rockaway Parks Conservancy Updateecowatchers
The Jamaica Bay-Rockaway Parks Conservancy is a public-private partnership dedicated to improving parkland in Jamaica Bay and the Rockaway peninsula. Some of its projects include organizing the Rockaway! Arts Festival that attracted over 12,000 people, operating a beach grass nursery at Floyd Bennett Field to stabilize dunes, working to complete projects at the Jamaica Bay Wildlife Refuge, and partnering with other organizations on volunteer projects and events to improve local open spaces. The Conservancy provides information on its website about these and other programs.
This document discusses ocean sustainability efforts on Martha's Vineyard. It outlines the importance of oceans, the island's dependence on water historically and currently, challenges like nitrogen pollution and overfishing, and various organizations working on conservation and education including the Martha's Vineyard Commission, Wampanoag Tribe, Vineyard Conservation Society, and MVYLI's ocean sustainability program.
The document discusses the costs and benefits of removing dams. It notes that while dam removal can help restore river ecology by allowing fish passage and sediment movement, it may also negatively impact reservoir habitats and release toxins from sediments. Case studies show dam removal improved fish diversity but also initially increased turbidity. An analysis should weigh ecological and economic factors to determine if removal criteria are met for a particular dam.
Dep head of bay oyster project jam bay task force fall 2017 updateecowatchers
This project aims to establish a self-sustaining oyster population in Jamaica Bay through the creation of oyster "donor" and "receiving" beds. The donor system contains over 30,000 adult and 400,000 juvenile oysters that are reproducing and releasing larvae. Four receiving reefs were constructed and preliminary surveys found them intact with low algae. So far no oyster spat has been detected on collectors. Benthic trays and water quality sampling are also being used to study the habitat and water filtration benefits of the oysters.
The Stillaguamish Watershed Council (SWC) has been dedicated to restoring and maintaining a healthy Stillaguamish River Watershed since 1990. The SWC provides a local forum in which agencies, organizations, communities, and the public can engage in a collaborative watershed based process of decision making and coordination. The SWC funds restoration projects throughout the watershed with an emphasis on Chinook Salmon habitat restoration as the Chinook is listed as threatened in the Endangered Species Act. This Slide Show highlights some of the work of the SWC.
Black wall rulers bar presentation finalecowatchers
This document summarizes efforts to restore wetlands in Jamaica Bay in New York City through collaborative projects between local environmental groups, government agencies, and community volunteers. Over 500 community volunteers helped replant two wetland islands through activities like collecting and planting spartina grass. Additional funding was obtained through government agreements to support hiring 50 local youth to continue restoration efforts. In total, the projects restored 28 acres of wetlands at a very low cost of $140,000 per acre through community involvement and partnerships between multiple organizations.
This presentation was made to the BC Federation of Naturalists Fall General Meeting in Parksville, BC September 29th, 2012.
The talk title was provided at the invitation to speak and does not fit the talk well.
Please note that this presentation does not include notes (except for 1 slide) and most slides are simply to provide a visual while I talk (ramble) and as such do not provide the full story.
Thanks to the BC Naturalists for inviting me to speak. http://www.bcnature.ca/ and the warm welcome to a serious discussion.
It is a work in progress and comments welcome.
The Buzzards Bay Coalition protected over 200 acres around Allens Pond in Dartmouth, one of the largest land conservation projects in Buzzards Bay's history. The Coalition also continued to expand septic system pilot projects around the bay to reduce nitrogen pollution by 80% and protected nearly 1500 acres of land in the Mattapoisett River Valley over the past 15 years to protect drinking water sources.
The document discusses several key ways that human activities are negatively impacting the ocean, including overfishing, pollution, and acidification due to carbon dioxide absorption. It notes that oceans are crucial for regulating climate and providing food and recreation. The document also highlights some success stories of initiatives that have helped to restore fisheries, reduce pollution, and better protect marine environments and species. Overall, it emphasizes the importance of sustainable practices and management to protect the ocean for future generations.
“Something will have gone out of us as a people if we ever let the remaining wilderness be destroyed; if we permit the last virgin forests to be turned into comic books and plastic cigarette cases; if we drive the few remaining members of the wild species into zoos or to extinction; if we pollute the last clear air and dirty the last clean streams and push our paved roads through the last of the silence, so that never again will Americans be free in their own country from the noise, the exhausts, the stinks of human and automotive waste.” ~Wallace Stegner, letter to David E. Pesonen of the Wildland Research Center, 3 December 1960 (Thanks, Bekah)
This document discusses the challenges of environmental pollution and climate change, and proposes putting youth in charge as a solution. It summarizes the work done by the UMass Boston Nantucket Field Station and other field stations, including research on water quality, harmful algal blooms, fisheries, climate change impacts like rising seas and stronger storms. The document advocates for youth leadership on environmental data collection and policy changes to address issues like runoff, invasive species, and plastic pollution.
The document discusses remediation efforts for coral reefs in the Florida Keys National Marine Sanctuary. It describes how coral bleaching due to environmental stressors like increased temperature and pollution has damaged coral reefs. The sanctuary aims to protect coral through programs like coral restoration, where scientists reattach broken coral pieces or clean debris, and an artificial reef program, where sunken ships and safe materials are placed on the ocean floor to encourage coral growth. The overall goal is to restore the health of coral reefs and preserve biodiversity in the sanctuary.
The document is a newsletter from the Buzzards Bay Coalition that summarizes their work in 2013 to improve water quality and protect land in the Buzzards Bay watershed. Some of the key points include:
- The Coalition fought in court for an updated plan to address nitrogen pollution across Cape Cod and $3.35 million was provided for the plan.
- Projects to protect over 600 acres of land in Fairhaven, Middleborough, and Wareham through conservation were highlighted.
- Educational programs engaged over 2,000 children in exploring Buzzards Bay.
- Workshops educated local officials on solutions to nitrogen pollution.
- The restoration of the Acushnet Sawmill site into a public park
Nov 16 2016 nps presentation west pond[2995]ecowatchers
Presentation by NPS Superintendent Jen Neresian on the project to repair the West Pond and the restoration work underway at the North and South Gardens
This newsletter provides information about upcoming environmental events in the Thunder Bay, Ontario area in summer 2013. It discusses Lake Superior Day on July 21st, which will include a visit from the tall ship Sorlandet, as well as a kayak tour on August 15th. It also summarizes a Public Advisory Committee meeting on September 11th that will include tours of remediation work at the Current River mouth and fish ladder, as well as an overview of mercury contamination in the North Harbour. The newsletter aims to inform local residents about environmental protection efforts and opportunities to engage with the community on these issues.
The document discusses coastal resource management and sustainability. It defines coastal resources as the intersection of terrestrial and marine ecosystems, including beaches, coral reefs, mangrove forests, and coastal communities. These resources are important for marine sanctuaries, reef monitoring, mangrove reforestation, seaweed farming, and aquaculture. The document recommends both soft engineering approaches like mangrove planting, dune stabilization, coral growth, and beach nourishment as well as hard engineering through seawalls, breakwaters, groynes, and gabions to conserve these coastal areas for future generations.
Stakeholder report -srijb-science and resiliency institute at jamaica bay-ecowatchers
The document describes the formation of the Science and Resilience Institute at Jamaica Bay (SRIJB) led by CUNY. SRIJB's mission is to produce science that increases biodiversity, well-being, and resilience in Jamaica Bay and NYC coastal communities. It will have a board of directors from government agencies and universities. SRIJB aims to respect all forms of knowledge, catalyze new ideas through basic and applied science, and provide expertise to stakeholders. It seeks to improve on past failures to coordinate efforts and incorporate local knowledge. Key goals include using stakeholder input to guide applied science and coordinating findings to address Jamaica Bay issues.
The history of efforts to preserve and protect the Ash Creek tidal estuary which borders the city of Bridgeport and the town of Fairfield in Connecticut. The Ash Creek Conservation Association was formed in 2003 to continue the efforts of many to protect this rare healthy tidal estuary in an urban area.
The Ash Creek Conservation Association aims to preserve and protect the Ash Creek tidal estuary, one of the few remaining in an urban area in the US. It provides habitat for migratory birds, oysters, and other wildlife. ACCA works to educate the public, advocate for protection from development, and encourage ecological uses like birdwatching. Through cleanups, restoration efforts, and preventing docks and fills, ACCA has helped Ash Creek avoid development and continue as an important natural area amid urban surroundings.
- A study analyzed land use and habitat changes in the lower Nisqually River valley over the past 60 years using aerial imagery from 1957, 1980, and 2015.
- Between 1957 and 1980, riparian forest decreased by 7.7% due to conversion to agriculture. From 1980 to 2015, riparian forest increased 2.3% within a restoration area.
- Upland forest saw minimal loss between 1957-1980 but declined 8.2% between 1980-2015 due to land development.
- Overall forest cover in the study area decreased 8.6% from 1957-1980 and another 5.9% from 1980-2015 through land development, agriculture, and river channel movement.
-
The document discusses closed loop urbanism and using oysters to preserve coastal areas. It outlines key principles of closed loop environments that recycle materials. It then discusses using oyster reefs to improve coastal water quality by filtering pollutants. The life cycle of oysters is described where they attach to form reefs that provide habitat and protect shorelines. Recycling oyster shells is important to provide substrate for new oysters to attach to and continue rebuilding reefs.
Jamaica Bay Rockaway Parks Conservancy Updateecowatchers
The Jamaica Bay-Rockaway Parks Conservancy is a public-private partnership dedicated to improving parkland in Jamaica Bay and the Rockaway peninsula. Some of its projects include organizing the Rockaway! Arts Festival that attracted over 12,000 people, operating a beach grass nursery at Floyd Bennett Field to stabilize dunes, working to complete projects at the Jamaica Bay Wildlife Refuge, and partnering with other organizations on volunteer projects and events to improve local open spaces. The Conservancy provides information on its website about these and other programs.
This document discusses ocean sustainability efforts on Martha's Vineyard. It outlines the importance of oceans, the island's dependence on water historically and currently, challenges like nitrogen pollution and overfishing, and various organizations working on conservation and education including the Martha's Vineyard Commission, Wampanoag Tribe, Vineyard Conservation Society, and MVYLI's ocean sustainability program.
The document discusses the costs and benefits of removing dams. It notes that while dam removal can help restore river ecology by allowing fish passage and sediment movement, it may also negatively impact reservoir habitats and release toxins from sediments. Case studies show dam removal improved fish diversity but also initially increased turbidity. An analysis should weigh ecological and economic factors to determine if removal criteria are met for a particular dam.
Dep head of bay oyster project jam bay task force fall 2017 updateecowatchers
This project aims to establish a self-sustaining oyster population in Jamaica Bay through the creation of oyster "donor" and "receiving" beds. The donor system contains over 30,000 adult and 400,000 juvenile oysters that are reproducing and releasing larvae. Four receiving reefs were constructed and preliminary surveys found them intact with low algae. So far no oyster spat has been detected on collectors. Benthic trays and water quality sampling are also being used to study the habitat and water filtration benefits of the oysters.
The Stillaguamish Watershed Council (SWC) has been dedicated to restoring and maintaining a healthy Stillaguamish River Watershed since 1990. The SWC provides a local forum in which agencies, organizations, communities, and the public can engage in a collaborative watershed based process of decision making and coordination. The SWC funds restoration projects throughout the watershed with an emphasis on Chinook Salmon habitat restoration as the Chinook is listed as threatened in the Endangered Species Act. This Slide Show highlights some of the work of the SWC.
Black wall rulers bar presentation finalecowatchers
This document summarizes efforts to restore wetlands in Jamaica Bay in New York City through collaborative projects between local environmental groups, government agencies, and community volunteers. Over 500 community volunteers helped replant two wetland islands through activities like collecting and planting spartina grass. Additional funding was obtained through government agreements to support hiring 50 local youth to continue restoration efforts. In total, the projects restored 28 acres of wetlands at a very low cost of $140,000 per acre through community involvement and partnerships between multiple organizations.
This presentation was made to the BC Federation of Naturalists Fall General Meeting in Parksville, BC September 29th, 2012.
The talk title was provided at the invitation to speak and does not fit the talk well.
Please note that this presentation does not include notes (except for 1 slide) and most slides are simply to provide a visual while I talk (ramble) and as such do not provide the full story.
Thanks to the BC Naturalists for inviting me to speak. http://www.bcnature.ca/ and the warm welcome to a serious discussion.
It is a work in progress and comments welcome.
The Buzzards Bay Coalition protected over 200 acres around Allens Pond in Dartmouth, one of the largest land conservation projects in Buzzards Bay's history. The Coalition also continued to expand septic system pilot projects around the bay to reduce nitrogen pollution by 80% and protected nearly 1500 acres of land in the Mattapoisett River Valley over the past 15 years to protect drinking water sources.
The document discusses several key ways that human activities are negatively impacting the ocean, including overfishing, pollution, and acidification due to carbon dioxide absorption. It notes that oceans are crucial for regulating climate and providing food and recreation. The document also highlights some success stories of initiatives that have helped to restore fisheries, reduce pollution, and better protect marine environments and species. Overall, it emphasizes the importance of sustainable practices and management to protect the ocean for future generations.
“Something will have gone out of us as a people if we ever let the remaining wilderness be destroyed; if we permit the last virgin forests to be turned into comic books and plastic cigarette cases; if we drive the few remaining members of the wild species into zoos or to extinction; if we pollute the last clear air and dirty the last clean streams and push our paved roads through the last of the silence, so that never again will Americans be free in their own country from the noise, the exhausts, the stinks of human and automotive waste.” ~Wallace Stegner, letter to David E. Pesonen of the Wildland Research Center, 3 December 1960 (Thanks, Bekah)
This document discusses the challenges of environmental pollution and climate change, and proposes putting youth in charge as a solution. It summarizes the work done by the UMass Boston Nantucket Field Station and other field stations, including research on water quality, harmful algal blooms, fisheries, climate change impacts like rising seas and stronger storms. The document advocates for youth leadership on environmental data collection and policy changes to address issues like runoff, invasive species, and plastic pollution.
The document discusses remediation efforts for coral reefs in the Florida Keys National Marine Sanctuary. It describes how coral bleaching due to environmental stressors like increased temperature and pollution has damaged coral reefs. The sanctuary aims to protect coral through programs like coral restoration, where scientists reattach broken coral pieces or clean debris, and an artificial reef program, where sunken ships and safe materials are placed on the ocean floor to encourage coral growth. The overall goal is to restore the health of coral reefs and preserve biodiversity in the sanctuary.
The document is a newsletter from the Buzzards Bay Coalition that summarizes their work in 2013 to improve water quality and protect land in the Buzzards Bay watershed. Some of the key points include:
- The Coalition fought in court for an updated plan to address nitrogen pollution across Cape Cod and $3.35 million was provided for the plan.
- Projects to protect over 600 acres of land in Fairhaven, Middleborough, and Wareham through conservation were highlighted.
- Educational programs engaged over 2,000 children in exploring Buzzards Bay.
- Workshops educated local officials on solutions to nitrogen pollution.
- The restoration of the Acushnet Sawmill site into a public park
Nov 16 2016 nps presentation west pond[2995]ecowatchers
Presentation by NPS Superintendent Jen Neresian on the project to repair the West Pond and the restoration work underway at the North and South Gardens
This newsletter provides information about upcoming environmental events in the Thunder Bay, Ontario area in summer 2013. It discusses Lake Superior Day on July 21st, which will include a visit from the tall ship Sorlandet, as well as a kayak tour on August 15th. It also summarizes a Public Advisory Committee meeting on September 11th that will include tours of remediation work at the Current River mouth and fish ladder, as well as an overview of mercury contamination in the North Harbour. The newsletter aims to inform local residents about environmental protection efforts and opportunities to engage with the community on these issues.
The document discusses coastal resource management and sustainability. It defines coastal resources as the intersection of terrestrial and marine ecosystems, including beaches, coral reefs, mangrove forests, and coastal communities. These resources are important for marine sanctuaries, reef monitoring, mangrove reforestation, seaweed farming, and aquaculture. The document recommends both soft engineering approaches like mangrove planting, dune stabilization, coral growth, and beach nourishment as well as hard engineering through seawalls, breakwaters, groynes, and gabions to conserve these coastal areas for future generations.
Stakeholder report -srijb-science and resiliency institute at jamaica bay-ecowatchers
The document describes the formation of the Science and Resilience Institute at Jamaica Bay (SRIJB) led by CUNY. SRIJB's mission is to produce science that increases biodiversity, well-being, and resilience in Jamaica Bay and NYC coastal communities. It will have a board of directors from government agencies and universities. SRIJB aims to respect all forms of knowledge, catalyze new ideas through basic and applied science, and provide expertise to stakeholders. It seeks to improve on past failures to coordinate efforts and incorporate local knowledge. Key goals include using stakeholder input to guide applied science and coordinating findings to address Jamaica Bay issues.
The history of efforts to preserve and protect the Ash Creek tidal estuary which borders the city of Bridgeport and the town of Fairfield in Connecticut. The Ash Creek Conservation Association was formed in 2003 to continue the efforts of many to protect this rare healthy tidal estuary in an urban area.
The Ash Creek Conservation Association aims to preserve and protect the Ash Creek tidal estuary, one of the few remaining in an urban area in the US. It provides habitat for migratory birds, oysters, and other wildlife. ACCA works to educate the public, advocate for protection from development, and encourage ecological uses like birdwatching. Through cleanups, restoration efforts, and preventing docks and fills, ACCA has helped Ash Creek avoid development and continue as an important natural area amid urban surroundings.
The document summarizes upcoming events celebrating Lake Superior Day and meetings of the Public Advisory Committee (PAC) working on the Thunder Bay Remedial Action Plan. Lake Superior Day on July 21st will include a visit from the tall ship Sorlandet where tours can be taken for $3. The September 11th PAC meeting will include tours of the Current River fish ladder, North Harbour mercury contamination site, and rehabilitation work at the Current River mouth to discuss environmental issues and remediation efforts. The public is welcome to attend the meeting and tours.
WATER (Wilderness Adventure Ecology and reasearch)Matthew Moritz
This document provides an overview of the Wilderness Adventure Team Ecology and Research (W.A.T.E.R.) project, which focuses on studying river degradation and preservation efforts. It discusses the history of river usage from ancient canoes to modern dams, and the impact of dams on river ecosystems. It also summarizes the National Wild and Scenic Rivers System and its role in protecting free-flowing rivers. Finally, it proposes applying modified Leave No Trace principles to canoeing to help preserve rivers.
Apes the clarence river estuary restoration project in australia[1]megangarrett
The Clarence River Estuary in Australia contains endangered ecological communities and species. In the 1920s, a causeway was built across the estuary that blocked tidal flows, causing a buildup of sediments and nutrients. This led to algae blooms, higher water temperatures, and the death of seagrass beds. In 2008, a double-cell box culvert was installed in the causeway to restore tidal exchange and fish passage. This $420,000 project has successfully improved conditions in the estuary by reducing nutrients and temperatures and allowing the recovery of seagrass and fish populations.
This document summarizes the purchase of 4,500 acres of the Lacks Creek watershed in Redwood National and State Parks to protect salmon habitat and the park. It describes how Lacks Creek is important for spawning of chinook salmon but is prone to landslides. Logging had degraded the area. The Save-the-Redwoods League raised funds to allow the Bureau of Land Management to purchase the land from a timber company and private landowner to restore the area and protect the downstream park.
Andy Freifeld, Temple University, “Landscape Design and Reuse Planning in Min...Michael Hewitt, GISP
Funding for mine land reclamation is difficult to acquire and, while the environmental benefits of reclamation are fully understood, the economic benefits of reclamation are just beginning to be appreciated. Innovations in landscape design and reuse planning can attract partnerships with lenders and investors and spur the economic development associated with reuse of abandoned mine lands. Strategies like energy development, carbon sequestration, and wetland banking can address environmental concerns, but should also preserve historical and cultural legacies in order to maximize economic gain. These environmental strategies are now being encouraged by State and Federal agencies, while the cultural legacies are more universally overlooked. This presentation will discuss the ways in which environmental design of reclamation projects could benefit both economically and environmentally by the inclusion of preservation and consideration of historical and cultural legacies of the sites, while still utilizing core environmental strategies.
(See notes below) Four hundred years ago, the Chesapeake Bay that the English colonists found here was lined with huge oyster reefs that grew up from the bottom in waters both deep and shallow. Those reefs provided the base for much of the life in the Bay and its rivers, from worms and barnacles through mud crabs and tiny fish to big blue crabs and predators like sheepshead, drum, and rockfish (striped bass).
The oyster reefs weren’t as “pretty” (to us humans) as the coral reefs further south, but in terms of ecosystem richness, they were just as important. One key to their strength was their three-dimensional structure, which successive generations built gradually on the shells of their predecessors over several thousands of years. The structures placed the oysters up in the water column, away from gill-choking bottom sediments, where dissolved oxygen was plentiful and currents brought food in the form of algae cells seeking sunlight.
This PowerPoint presentation, developed by the Chesapeake Bay Foundation’s Fisheries Program Director Bill Goldsborough, tells the story of those reefs and what has happened to them over the past four hundred years. It is not a pretty story, but it offers a hopeful conclusion, as we learn more each year about how to restore these essential elements in the Chesapeake ecosystem.
Anglers have as much to gain as anyone in restoring the Chesapeake’s oysters. The presentation closes with suggestions for how to get involved in oyster restoration, and how to incorporate the restoration reefs into your 2015 angling season.
To participate in CBF’s oyster restoration programs in Virginia and Maryland, visit http://www.cbf.org/oysters.
(See notes below) Four hundred years ago, the Chesapeake Bay that the English colonists found here was lined with huge oyster reefs that grew up from the bottom in waters both deep and shallow. Those reefs provided the base for much of the life in the Bay and its rivers, from worms and barnacles through mud crabs and tiny fish to big blue crabs and predators like sheepshead, drum, and rockfish (striped bass).
The oyster reefs weren’t as “pretty” (to us humans) as the coral reefs further south, but in terms of ecosystem richness, they were just as important. One key to their strength was their three-dimensional structure, which successive generations built gradually on the shells of their predecessors over several thousands of years. The structures placed the oysters up in the water column, away from gill-choking bottom sediments, where dissolved oxygen was plentiful and currents brought food in the form of algae cells seeking sunlight.
This PowerPoint presentation, developed by the Chesapeake Bay Foundation’s Fisheries Program Director Bill Goldsborough, tells the story of those reefs and what has happened to them over the past four hundred years. It is not a pretty story, but it offers a hopeful conclusion, as we learn more each year about how to restore these essential elements in the Chesapeake ecosystem.
Anglers have as much to gain as anyone in restoring the Chesapeake’s oysters. The presentation closes with suggestions for how to get involved in oyster restoration, and how to incorporate the restoration reefs into your 2015 angling season.
To participate in CBF’s oyster restoration programs in Virginia and Maryland, visit http://www.cbf.org/oysters.
This document provides information about Lianne Wu and her work on a project to revitalize the Susquehanna River in Pennsylvania by creating a network of parks along the river. It describes the history and characteristics of the Susquehanna River, then discusses case studies and design visions for three types of parks - community, regional, and city parks. Diagrams and renderings illustrate how the parks would incorporate natural elements, pathways, and spaces for different recreational and educational activities while enhancing the river environment. The overarching goal is to better connect communities to the river and increase appreciation of its natural and historical significance.
The Matheson Hammock Tidal Creek Restoration project aimed to clear debris deposited by Hurricane Andrew in 1992 from mangrove tidal passageways in Biscayne Bay, Florida. The project cost $469,975 and was funded by non-profits. By clearing debris manually, tidal flow was restored and the mangrove forest and wildlife habitat recovered. Over time, the restoration expanded to clear a total of 3.9 miles of corridors, improving water quality and fish populations in the area.
The document summarizes the Kansas River Watershed Enhancement Initiative. It discusses the goals of building awareness of the cultural and natural resources of the Kansas River Valley through consensus building and grassroots partnerships. It highlights various projects and organizations working to improve water quality, including the Kaw Valley Heritage Alliance, stream teams, and efforts around the Wakarusa River and Clinton Lake watersheds.
A presentation before the Coconino County Board of Supervisors (Arizona) by David McKee of the City of Flagstaff on November 16, 2010. A resolution in support of Picture Canyon was adopted by the the Board.
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.
The document is a strategic implementation and marketing plan for the Long Island South Shore Bayway. It provides background on previous research and reports about the natural, cultural, and recreational resources of the south shore region. It then outlines components of the plan, including refining interpretive themes, identifying capital improvement projects, and developing a marketing strategy to create awareness of the Bayway network and effectively tell the story of the Long Island South Shore Estuary Reserve. The plan aims to develop the Bayway into a recognizable asset that encourages enjoyment of the reserve while promoting stewardship of resources.
This document provides a summary of the health of the Casperkill watershed in Dutchess County, New York. It finds that the health of the Casperkill has declined over time due to human impacts on the landscape including deforestation, development, dumping, stormwater runoff from parking lots, and degraded water quality. While the stream once supported a diversity of plant and animal life, many species have been lost or replaced. The document concludes that full recovery of the Casperkill is unlikely but efforts should be made to protect remaining natural areas to prevent further degradation.
Conquest Beach in Queen Anne's County, Maryland was restored using an innovative living shoreline method to preserve the beach that was threatened by erosion into the Chester River. The project was funded through a partnership of local and state organizations. The new shoreline consists of cobblestones covered with sand and anchored by marsh grass, designed to migrate inland with rising water levels instead of being eroded. Initial estimates for restoration costs were over $1 million but the final cost was $271,473, split between the county and a conservation organization. The beach is now part of a county park open by reservation.
Louisiana contains many marshes and wetlands that constitute about 40% of the state's landscape, providing important habitat for wildlife. However, Louisiana has experienced a significant amount of wetland loss over recent decades, with around 80% of national wetland loss occurring in the state. Specifically, Louisiana wetlands have declined by 30% just in the past 10 years, which is problematic as the lost wetlands are often converted to open water rather than being restored.
1) Dam removal projects in the US have helped recolonize populations of anadromous fish species like salmon. Removing dams allows fish to more easily navigate river systems and access spawning habitats.
2) While dams were widely constructed in the early 20th century for economic reasons, they are now seen as more harmful than beneficial due to their impacts on river ecology and fish populations. Fish ladders and elevators have proven largely ineffective at helping fish pass dams.
3) Recent dam removal projects have shown that removing barriers entirely is more effective for fish recovery than attempts to work around dams. As more dams come up for relicensing or decommissioning, removal is gaining acceptance as a river restoration strategy.
Follow the path of California's first major water project that stretched from Mono Lake to Southern California, delivering the Owens River to support the growth & population of Los Angeles.
Similar to Conservation Efforts in the Ash Creek Tidal Estuary 2018 (20)
- The barrier spit at St. Mary's-by-the-Sea has been eroding, with a loss of 60 linear feet from 2006-2016. It is projected to disappear entirely by 2036 if changes are not made.
- Fairfield's jetty, marina, and dredging activities since the 1950s have disrupted sand deposits and contributed to erosion of the spit and marshlands.
- Rising sea levels from climate change are also a factor, as the marshland grows taller but cannot keep pace with rising waters. Restoration efforts have been ongoing but dredging activities continue to cause damage.
This document summarizes Gail Robinson's qualifications and marketing strategies for selling homes in Black Rock, Connecticut. Robinson has been the top listing agent in Black Rock since 2007, having sold over 200 homes and $60 million in properties. She uses a variety of online and social media marketing strategies to promote listings to local and outside buyers, including dedicated websites for Black Rock homes and events. Robinson also promotes the Black Rock neighborhood to help buyers understand its features. She provides examples of recent successful Black Rock listings that sold at or above asking price.
The restoration of the Preserve at St. Mary's park involved removing invasive species that comprised 95% of vegetation and planting over 60 native trees and shrubs to restore the park's coastal meadow and forest habitats. The multi-year restoration process was led by the community with support from the city and included extensive planning, fundraising, and volunteer efforts. While over $34,000 has been raised and spent so far, additional planned restoration phases are estimated to cost over $11,000 more than the remaining funds.
The restoration of the Preserve at St. Mary's park began as an effort to remove invasive species overtaking the area and threatening bird habitats. After several years of planning meetings and community involvement led by Pete Spain, the park underwent an organic invasive species management plan and redesign to include pollinator-friendly clover fields and over 60 trees and shrubs of coastal-tolerant species. However, initial plantings faced setbacks from storms and improper care, and future phases of the multi-year restoration plan are currently underfunded.
This document provides information about a real estate agent's expertise in marketing and selling homes in Black Rock, Connecticut. The agent has been the top listing agent in Black Rock since 2007, having listed and sold over 180 homes. The agent promotes listings through dedicated Black Rock real estate websites and social media platforms. High-quality photos and sign riders are also used to market listings. Testimonials are provided showing past Black Rock home sale successes, with many selling at or above list price.
The document is a master plan for the Ash Creek Estuary created by the Ash Creek Conservation Association. It provides an introduction and overview of the study areas within the estuary, describes the existing conditions through maps and images over time, and outlines the methodology used to create the master plan. The goal is to establish a framework to protect this rare urban estuary and the important ecological services it provides to the region.
Improving the viability of probiotics by encapsulation methods for developmen...Open Access Research Paper
The popularity of functional foods among scientists and common people has been increasing day by day. Awareness and modernization make the consumer think better regarding food and nutrition. Now a day’s individual knows very well about the relation between food consumption and disease prevalence. Humans have a diversity of microbes in the gut that together form the gut microflora. Probiotics are the health-promoting live microbial cells improve host health through gut and brain connection and fighting against harmful bacteria. Bifidobacterium and Lactobacillus are the two bacterial genera which are considered to be probiotic. These good bacteria are facing challenges of viability. There are so many factors such as sensitivity to heat, pH, acidity, osmotic effect, mechanical shear, chemical components, freezing and storage time as well which affects the viability of probiotics in the dairy food matrix as well as in the gut. Multiple efforts have been done in the past and ongoing in present for these beneficial microbial population stability until their destination in the gut. One of a useful technique known as microencapsulation makes the probiotic effective in the diversified conditions and maintain these microbe’s community to the optimum level for achieving targeted benefits. Dairy products are found to be an ideal vehicle for probiotic incorporation. It has been seen that the encapsulated microbial cells show higher viability than the free cells in different processing and storage conditions as well as against bile salts in the gut. They make the food functional when incorporated, without affecting the product sensory characteristics.
Optimizing Post Remediation Groundwater Performance with Enhanced Microbiolog...Joshua Orris
Results of geophysics and pneumatic injection pilot tests during 2003 – 2007 yielded significant positive results for injection delivery design and contaminant mass treatment, resulting in permanent shut-down of an existing groundwater Pump & Treat system.
Accessible source areas were subsequently removed (2011) by soil excavation and treated with the placement of Emulsified Vegetable Oil EVO and zero-valent iron ZVI to accelerate treatment of impacted groundwater in overburden and weathered fractured bedrock. Post pilot test and post remediation groundwater monitoring has included analyses of CVOCs, organic fatty acids, dissolved gases and QuantArray® -Chlor to quantify key microorganisms (e.g., Dehalococcoides, Dehalobacter, etc.) and functional genes (e.g., vinyl chloride reductase, methane monooxygenase, etc.) to assess potential for reductive dechlorination and aerobic cometabolism of CVOCs.
In 2022, the first commercial application of MetaArray™ was performed at the site. MetaArray™ utilizes statistical analysis, such as principal component analysis and multivariate analysis to provide evidence that reductive dechlorination is active or even that it is slowing. This creates actionable data allowing users to save money by making important site management decisions earlier.
The results of the MetaArray™ analysis’ support vector machine (SVM) identified groundwater monitoring wells with a 80% confidence that were characterized as either Limited for Reductive Decholorination or had a High Reductive Reduction Dechlorination potential. The results of MetaArray™ will be used to further optimize the site’s post remediation monitoring program for monitored natural attenuation.
Presented by The Global Peatlands Assessment: Mapping, Policy, and Action at GLF Peatlands 2024 - The Global Peatlands Assessment: Mapping, Policy, and Action
Epcon is One of the World's leading Manufacturing Companies.EpconLP
Epcon is One of the World's leading Manufacturing Companies. With over 4000 installations worldwide, EPCON has been pioneering new techniques since 1977 that have become industry standards now. Founded in 1977, Epcon has grown from a one-man operation to a global leader in developing and manufacturing innovative air pollution control technology and industrial heating equipment.
Kinetic studies on malachite green dye adsorption from aqueous solutions by A...Open Access Research Paper
Water polluted by dyestuffs compounds is a global threat to health and the environment; accordingly, we prepared a green novel sorbent chemical and Physical system from an algae, chitosan and chitosan nanoparticle and impregnated with algae with chitosan nanocomposite for the sorption of Malachite green dye from water. The algae with chitosan nanocomposite by a simple method and used as a recyclable and effective adsorbent for the removal of malachite green dye from aqueous solutions. Algae, chitosan, chitosan nanoparticle and algae with chitosan nanocomposite were characterized using different physicochemical methods. The functional groups and chemical compounds found in algae, chitosan, chitosan algae, chitosan nanoparticle, and chitosan nanoparticle with algae were identified using FTIR, SEM, and TGADTA/DTG techniques. The optimal adsorption conditions, different dosages, pH and Temperature the amount of algae with chitosan nanocomposite were determined. At optimized conditions and the batch equilibrium studies more than 99% of the dye was removed. The adsorption process data matched well kinetics showed that the reaction order for dye varied with pseudo-first order and pseudo-second order. Furthermore, the maximum adsorption capacity of the algae with chitosan nanocomposite toward malachite green dye reached as high as 15.5mg/g, respectively. Finally, multiple times reusing of algae with chitosan nanocomposite and removing dye from a real wastewater has made it a promising and attractive option for further practical applications.
Evolving Lifecycles with High Resolution Site Characterization (HRSC) and 3-D...Joshua Orris
The incorporation of a 3DCSM and completion of HRSC provided a tool for enhanced, data-driven, decisions to support a change in remediation closure strategies. Currently, an approved pilot study has been obtained to shut-down the remediation systems (ISCO, P&T) and conduct a hydraulic study under non-pumping conditions. A separate micro-biological bench scale treatability study was competed that yielded positive results for an emerging innovative technology. As a result, a field pilot study has commenced with results expected in nine-twelve months. With the results of the hydraulic study, field pilot studies and an updated risk assessment leading site monitoring optimization cost lifecycle savings upwards of $15MM towards an alternatively evolved best available technology remediation closure strategy.
Climate Change All over the World .pptxsairaanwer024
Climate change refers to significant and lasting changes in the average weather patterns over periods ranging from decades to millions of years. It encompasses both global warming driven by human emissions of greenhouse gases and the resulting large-scale shifts in weather patterns. While climate change is a natural phenomenon, human activities, particularly since the Industrial Revolution, have accelerated its pace and intensity
Microbial characterisation and identification, and potability of River Kuywa ...Open Access Research Paper
Water contamination is one of the major causes of water borne diseases worldwide. In Kenya, approximately 43% of people lack access to potable water due to human contamination. River Kuywa water is currently experiencing contamination due to human activities. Its water is widely used for domestic, agricultural, industrial and recreational purposes. This study aimed at characterizing bacteria and fungi in river Kuywa water. Water samples were randomly collected from four sites of the river: site A (Matisi), site B (Ngwelo), site C (Nzoia water pump) and site D (Chalicha), during the dry season (January-March 2018) and wet season (April-July 2018) and were transported to Maseno University Microbiology and plant pathology laboratory for analysis. The characterization and identification of bacteria and fungi were carried out using standard microbiological techniques. Nine bacterial genera and three fungi were identified from Kuywa river water. Clostridium spp., Staphylococcus spp., Enterobacter spp., Streptococcus spp., E. coli, Klebsiella spp., Shigella spp., Proteus spp. and Salmonella spp. Fungi were Fusarium oxysporum, Aspergillus flavus complex and Penicillium species. Wet season recorded highest bacterial and fungal counts (6.61-7.66 and 3.83-6.75cfu/ml) respectively. The results indicated that the river Kuywa water is polluted and therefore unsafe for human consumption before treatment. It is therefore recommended that the communities to ensure that they boil water especially for drinking.
ENVIRONMENT~ Renewable Energy Sources and their future prospects.tiwarimanvi3129
This presentation is for us to know that how our Environment need Attention for protection of our natural resources which are depleted day by day that's why we need to take time and shift our attention to renewable energy sources instead of non-renewable sources which are better and Eco-friendly for our environment. these renewable energy sources are so helpful for our planet and for every living organism which depends on environment.
2. Our Mission
To preserve and protect one of the few
remaining tidal estuaries in an urban area in
the United States that provides an important
habitat for migratory shorebirds, oysters and
other shellfish, and an opportunity to
educate the public about this amazing,
fragile, and extraordinarily beautiful
ecosystem which has been self restoring
itself for more than 50 years.
3. Our Objectives - #1
To educate the public and
Bridgeport/Fairfield residents of the
significance of tidal estuaries such as Ash
Creek in their crucial role as delicate
environments for the maintenance of bird,
fish, and plant life
4. Our Objectives - #2
To educate about the potential source of
pollutants whenever there is human activity
in the area. For example, marinas and boat
usage increase toxins, affect nutrients, and
have an impact on the ecology of the Creek.
5. Our Objectives - #3
To advocate for the restoration and
protection of the Ash Creek tidal estuary
from ill-planned encroachments and
development which could significantly harm
the ecological balance of nature in the area.
6. Our Objectives - #4
To work for identification and designation
of especially sensitive areas in the Ash
Creek tidal estuary for special protection.
7. Our Objectives - #5
Obtaining designation of the Ash Creek
estuary as an Important Birding Area
(IBA).
8. Our Objectives - #6
To develop sites and a trail along the Ash
Creek tidal estuary for visitor observations of
the variety of species of birds that visit and
nest there each year.
9. Our Objectives - #7
To encourage ecologically friendly uses of
Ash Creek and aesthetic enjoyment for the
people who live, work, and play in and
around it, including kayaking, canoeing, bird
watching, photography, painting, walking or
hiking and discourage destructive uses of
Ash Creek, including power boating and
docks.
10. History and Background
To understand our organization’s mission
and objectives, we need to take quick trip
back in time to the early 1900’s…
11. Ash Creek Wasn’t Valued in the Past
“Upriver to the Post Road bridge, is an
estuary-traversed marsh, of no good to
anyone. If this area could either be made
into a safe inland pond or a suitable yacht
basin, people innumerable, from both
neighboring communities would be
benefited.”
Bridgeport Telegram, 1952
12. Notice that the tidal wetlands have
been eradicated completely…
Great Marsh Island as a
“Rich Man’s Paradise”
15. First Ash Creek Association
Formed in 1967 to preserve natural
shoreline of Ash Creek and prevent fill and
water pollution, preserve the remaining
marshlands as a home for wildlife
They were catalyzed into action by a zoning
permit on Livingston Avenue to fill in part of
Ash Creek
Gathered the support of legislators and
conservation groups throughout state
16. The first Ash Creek clean up…
Removed 28 Tons of Trash from Ash Creek
18. We Owe a Lot to Their Efforts
Active for about 20 years (1967 to 1987)
Like us they…
Worked closely with the Connecticut Audubon
Society and CT Conservation Association
Fought long legal battles with state agencies
Without their efforts, we would not
have an Ash Creek to protect today
19. Thanks to Their Efforts
Ash Creek is one of the last healthy tidal
estuaries in an urban area in the United
States
It has been self-restoring itself for the
past 50 years because of the clean ups and
prevention of fills & development
Serves as a defacto wildlife sanctuary for
nesting and migratory birds, shellfish, and
finfish
20. Did You Know…
Ash Creek is one of the key stopover areas
on the Eastern seaboard for palearctic
shorebirds
Some migrate from the Arctic Circle to
Argentina
Mudflats provide the food
Natural surroundings provide rest – afraid of
docks and development
Ash Creek is one of the last 15 stopovers for
migratory shorebirds left in Connecticut
21. Did You Know…
Oysters have a high mortality rate – easily
smothered by silt stirred up by powerboats
Commercial oyster growers rely on Ash
Creek for seed oysters – very rare to find
shallow water oyster bed – Bureau of
Aquaculture considers Ash Creek to be a
precious resource for seed oysters
Lower part of Ash Creek is a
state designated natural oyster bed
22. Present Ash Creek Association
16 year interval between associations
April 2003, the Ash Creek Conservation
Association (ACCA) was formed
The group was catalyzed into organizing by
Ganim’s plan for a 50’ dock on Ash Creek
ACCA believed the delicate ecological balance that
exists in lower Ash Creek could be disrupted by the
presence of docks and powerboat activity
23. Why We Fight Docks in Ash Creek
Shoreline equivalent of urban sprawl –
development destroys the fringing tidal wetlands
and the natural beauty we all enjoy
Given the shallowness and small size of this tidal
estuary, the impact of powerboats have more
impact than in other settings
Presence of manmade structures along with noise
and motion from powerboats disturb migratory and
nesting birds
24. Dock Accomplishments
Reduced Ganim 50’ dock to 31’
Reduced Mears 85’ dock to 35’
DEP initially denied 60’ Toner dock and
made a historic ruling that the DEP must
now consider the use of docks in making its
decisions, i.e. powerboat usage
Update: after denying dock as a result of DEP
Adjudication Hearing process, DEP agreed to go to
mediation with Toner and allowed the 60’ dock
25. Other Accomplishments…
Great Marsh Island ownership transferred from
developers to land trust & open space
Prevented utility bridge across Ash Creek (cables
went underground)
Habitat repair of Ash Creek sand spit after dredging
destroyed vegetation, ACCA volunteers planted
32,000 beach grass plugs
Ash Creek Clean Ups – Spring & Fall since 2003
Appointed to Rooster River Watershed Steering
Committee (2013) & Fox Street Pedestrian Bridge
Committee (2013)
26. Ash Creek Master Plan…
86-page Ecological Master Plan developed for the Ash
Creek Tidal Estuary in 2012 by Steven Danzer, Ph.D., who
has his doctorate in Natural Resources and is also a Soil
Scientist as well as Professional Wetland Scientist and Bryan
Quinn, RLA of One Nature, LLC, ecological services and
design. Provides scientific data and ecological
recommendations. Funding for this project was provided by:
The Watershed Assistance Small Grants Program, conducted in association with
the Connecticut Department of Energy & Environmental Protection under
Section 319 of the Clean Water Act. The small grants program is administered by
Rivers Alliance of Connecticut.
The Fairfield County Community Foundation
In-kind donations from Dr. Steven Danzer and Bryan Quinn, RLA
27. Events Sponsored 2017
January 3 – Ash Creek Pedestrian Bridge ACCA on
Planning Committee
April 28 - Spring Clean Up at Ash Creek
June 28 – No to O&G – company agreed not to build
its asphalt and concrete crushing facility
28. Events Sponsored 2015-2016
May 9, 2015 – Spring Clean Up of Ash Creek
June 17, 2015 – Audubon Bird Walk at Ash Creek –
migratory shorebirds and birds of Ash Creek
November 7, 2015 - Fall Clean Up at Ash Creek
February 10, 2016 – Bridgeport Waterfront Plan
ACCA participated
April 24, 2016 – ACCA Joined No to O&G – to fight
potential pollution source on Howard Avenue
September 26, 2017– Fall Clean Up of Ash Creek
29. Events Sponsored in 2014…
March 4 – Ash Creek Restoration – met with Steve
Hladun to create joint plan between ACCA and City for
Ash Creek restoration efforts
April 19 – Spring Clean Up of Ash Creek
September 17– Ash Creek’s Role as a Migratory
Stop-Over in the Atlantic Flyway – Milan Bull, Senior
Scientist, Connecticut Audubon Society (jointly
sponsored with the Black Rock Garden Club)
November 10– Ash Creek Restoration – ACCA met
with Mayor Finch & First Selectman Tetreau to come to
joint municipal agreement on restoration plans
30. Events Sponsored in 2013…
March 4 – Ecohistory of Ash Creek (using aerial
photos from 1938 to the present scientific investigators
will discuss the changes to Ash Creek over the years
based on historical records)
April 20 – Spring Clean Up of Ash Creek
September 21- Fall Clean Up at Ash Creek
October 6– Audubon Bird Walk at Ash Creek –
migratory shorebirds and birds of Ash Creek
31. Events Sponsored in 2012…
April 7– Spring Clean Up at Ash Creek
October 6– Fall Clean Up at Ash Creek
December 5– Ecological Master Plan for Ash Creek -
Two ecological consultants presented the their findings
and recommendations - Steven Danzer, Ph.D., a Soil
Scientist as well as Professional Wetland Scientist &
Bryan Quinn, RLA of One Nature, LLC, ecological
services and design. Funding for this project was
provided by:
The Watershed Assistance Small Grants Program, conducted in association with
the Connecticut Department of Energy & Environmental Protection under Section
319 of the Clean Water Act. The small grants program is administered by Rivers
Alliance of Connecticut.
The Fairfield County Community Foundation
In-kind donations from Dr. Steven Danzer and Bryan Quinn, RLA
32. Events Sponsored in 2011…
April 9 – Spring Clean Up at Ash Creek
September 17 – Fall Clean Up at Ash Creek
October 19 – Why Ash Creek Matters at
Fayerweather Yacht Club, discussion forum with Milan
Bull (Senior Director of Science & Conservation at
Connecticut Audubon), Dr. Jennifer Mattei (Professor of
Biology at Sacred Heart University), and Dr. Steve
Danzer (soil and wetlands scientist). Panel was
moderated by Dr. Kraig Steffen of Fairfield University
(Vice President of the Ash Creek Conservation
Association)
33. Events Sponsored in 2010…
February 28 – New Neighbors Social at the
Fayerweather Yacht Club, Speaker: Lisa Miro,
Conservation Director for City of Bridgeport
March 27– Spring Clean Up at Ash Creek
August 19 – Great Marsh Island Shorebird Hike at
Ash Creek (with Aspetuck Land Trust & led by Milan
Bull of CT Audubon)
September 25 – Fall Clean Up at Ash Creek
34. Events Sponsored in 2009…
March 15 – New Neighbors Social at the
Fayerweather Yacht Club
April 18 - Beach Grass Plantings at Ash Creek
May 12 – Audubon Bird Walk at Ash Creek with Milan
Bull
May 16 – Clean Up at Ash Creek
July 18 – Victory Party at Harborview Market
September 19 - Clean Up at Ash Creek
November 18 – Fall Event at Fayerweather Yacht Club
w. Prof. Mark Beekey, Sacred Heart University on
horseshoe crabs & migratory shorebirds
35. Events Sponsored in 2008…
February 2 – New Neighbors Social at the
Fayerweather Yacht Club featuring Charles Brilvitch on
the history of Black Rock
April 26 – Spring Clean Up at Ash Creek
May 15 – Audubon Bird Walk at Ash Creek with Milan
Bull
May 17 – Project Limulus at Ash Creek
September 20 – Fall Clean Up at Ash Creek
October 7 – Public Hearing on Toner Dock
October 25 – Beach Grass Plantings at sand spit
36. Events Sponsored in 2007…
March 19 – Ash Creek/Rooster River Watershed
seminar presented by Professor Kraig Steffen, Fairfield
University at Black Rock Arts Center
March 21 – Ash Creek/Rooster River Watershed
seminar presented by Professor Kraig Steffen, Fairfield
University at Connecticut Audubon Society in Fairfield
March 24 – New Neighbors Social at the Fayerweather
Yacht Club featuring Charles Brilvitch on the history of
Black Rock
May 5 – Spring Clean Up of Ash Creek
July 26 – Audubon Bird Walk with Milan Bull
37. Events Sponsored in 2006…
January 28 – New Neighbors Social at the Fayerweather Yacht
Club featuring Dr. Art Samuelson on the history of Black Rock.
March 27 – Backyard Birding & the Ash Creek Ecosystem by
Professor Tod Osier from Fairfield University
April 29 – Spring Clean Up of Ash Creek
June 17 – Great Marsh Island Celebration for the preservation of
Great Marsh Island by the Aspetuck Land Trust and Town of
Fairfield with refreshments and a walking tour of Ash Creek led by
Milan Bull.
October 6 – Utility Bridge public meeting with CL&P and Black
Rock/Fairfield community. Slide show and mock ups by CL&P.
Slide show by ACCA. Q&A followed.
September 16 – Fall Clean Up of Ash Creek
November 13 - DEP Public Hearing on Utility Bridge
December 5 – Victory Party at Harborview for Utility Bridge
38. Events Sponsored in 2005…
January 27 - Winged Migration large screen showing of DVD at
Connecticut Audubon Society Center in Fairfield – open to public
April 30 – Spring Clean Up of Ash Creek -for the first year the
clean up on both sides of Ash Creek was coordinated
September 7 – Bird Tour of Ash Creek was held at 7 PM along
Ash Creek by Professor Kraig Steffen
September 17 - Walking Tour of Historical Black Rock and
Black Rock's maritime past by Charles Brilvitch will be held at 1
PM this Saturday starting at Harborview Market
September 24 – Fall Clean Up of Ash Creek which we also
coordinated with Mill River Wetlands Committee
39. Events Sponsored in 2004…
January 23 – Coastal Habitat Restoration in Black Rock –
presentation by Charles Brilvitch at Burroughs Community Center
March 18– Establishing National Wildlife Refuges in
Connecticut presentation by William Kolodnicki, Refuge
Manager, Stewart B. McKinney National Wildlife Refuge
(USFWS) at Burrough Community Center
April 24 – Spring Clean Up of Ash Creek
September 18 – Fall Clean Up of Ash Creek
November 19 – Ash Creek’s Importance as a Migratory
Flyway presentation by Milan Bull of Connecticut Audubon
Society at Burroughs Community Center
40. Events Sponsored in 2003…
April 19 – Spring Clean Up of Ash Creek
June 10 – Ash Creek Tidal Estuary as a Habitat for Nesting
and Migratory Shorebird presentation by Milan Bull, CT
Audubon, and Ecological History of Ash Creek presentation by
Ed Jones, Fairfield Department of Conservation, at Burrough
Community Center
September 13 – Ash Creek Bird Walk led by Milan Bull, CT
Audubon
October 18 – Ash Creek Photography Exhibit & Sale -
fundraiser at Burroughs Community Center
41. Grants Received in 2012
2012 – $5,000 Fairfield County Community Foundation Grant for
Phase I of Ecological Master Plan for Ash Creek.
2012 – $5,000 The Watershed Assistance Small Grants Program,
conducted in association with the Connecticut Department of Energy
& Environmental Protection under Section 319 of the Clean Water
Act. The small grants program was administered by Rivers Alliance
of Connecticut. Grant for Phase I of Ecological Master Plan for Ash
Creek.
2012 - In-kind donations have also been provided by two ecological
consultants: Steve Danzer of Steven Danzer Ph.D. & Associates
LLC, a professional wetlands scientist, and Bryan Quinn, a
specialist in ecological habitat restoration for Phase I of Ecological
Master Plan for Ash Creek.
42. Grants Received in 2004
2004 – $5,000 The Watershed Assistance Small Grants
Program, conducted in association with the Connecticut
Department of Energy & Environmental Protection under
Section 319 of the Clean Water Act. The small grants
program was administered by Rivers Alliance of Connecticut.
Grant for public watershed education of Rooster River/Ash Creek
watershed
RESULT – Created public watershed education road show with
PowerPoint presentation and handouts, including information on
stormwater runoff and what residents can do to prevent further
pollution. Program was readapted for use at St. Ann’s School in Black
Rock.
43. Grants Received in 2003
2003 – $2,000 NE Grassroots Environmental Fund to organize
and participate in DEP hearings against the construction of a 50’
dock in the Ash Creek Tidal Estuary
RESULT – Precedent setting ruling by DEP to not only reduce size of
dock, but to allow window of time during high tide when boat is allowed
to access the dock
56. Click here to go to
Ash Creek YouTube videos
Ash Creek YouTube Videos
57. Click here to become a fan
Ash Creek FaceBook Page
Ash Creek FaceBook Page
58. Key ACCA Presentations…
Ecohistory of Ash Creek
Ash Creek Master Plan
It’s not too late to download the
presentations in video or PDF
format, see next two slides
59. Ecohistory of Ash Creek
Video of presentation Ecohistory of Ash Creek – Part I & Part II
60. Ash Creek Master Plan 2012
86-page scientific study of Ash Creek – 2012
(Available for download: Ash Creek Tidal Estuary Master Plan )