This document describes an integrated approach to precision conservation planning in the South Fork watershed. It involved 1) validating predictions of ephemeral gully formation, 2) comparing predictions to field observations, and 3) engaging landowners and stakeholders. Researchers worked with agricultural educators to develop curriculum on erosion and conservation practices. Outreach included educating landowners about erosion risks and control tools. The goals were to target practices to high priority sites and increase adoption of conservation practices.
This document analyzes primary productivity in the Mandovi and Zuari estuarine ecosystems in India. It aims to study phytoplankton diversity, biomass, and the temporal and spatial variability of phytoplankton. Phytoplankton, chlorophyll, and primary productivity are important determinants of an estuary's organic productivity and overall health. The document uses data from 2002-2003 to describe the spatial and temporal variability of these factors in order to understand the processes regulating primary productivity in the estuarine ecosystem.
This document discusses watershed concepts for land management. It defines a watershed as a land area that drains water to a common location like a stream or river. It notes that watersheds are naturally occurring delineations that are nested in a hierarchical structure and can be mapped. Watersheds integrate physical, chemical, and biological properties from land, air, and water through interconnected stream networks. Properly functioning watersheds sustain natural processes and provide ecosystem services like clean water, flood control, food/materials, and recreation. Examples are given showing how watershed impacts can be seen in water chemistry, temperature, and trout biomass.
Our project will study the effects of stream restoration practices, J hook and cross vane, on polluted rivers and streams in the Great Lakes Basin area of Wisconsin. Specifically, we will implement these practices on the Oconto, Peshtigo, and Menominee rivers and study their impact on fish populations like trout. The methodology involves initial studies of water pollution and fish, applying the restoration structures, further evaluation, and a final report. The goal is to better understand how these techniques affect habitats and wildlife in order to inform future conservation efforts.
You and Your Students Are the Scientists: A Sampling of Citizen-Science Oppor...Teaching the Hudson Valley
Citizen science involves non-scientific volunteers partnering with scientists to answer real-world questions through data collection and research. Success depends on having simple protocols, trained volunteers, and providing feedback and sharing results. Examples of citizen science programs discussed are Bird Sleuth, Watershed Dynamics, and World-Wide Monitoring Day. A summary of a study on amphibian road mortality described the collection of over 1,000 live and 500 dead amphibians by volunteers to identify important habitats and inform future planning. The presentation encourages different models of citizen science involvement through schools, nature centers, and community groups.
Study to examine water systems on a large scale - Ball State UniversityMarc Ransford
Mark Pyron, a professor of biology at Ball State University, is joining an international effort to study large river systems in North America and Mongolia. The $4.2 million grant from the National Science Foundation will fund a 5-year study comparing nine rivers in the US and Mongolia to understand how river ecosystems are linked to their watersheds and how climate change could impact them. Pyron will lead a group of students to Mongolia in 2017 to collaborate with local scientists and collect data on the country's rivers, which provide a glimpse of what rivers in the US may have looked like 200 years ago before human impacts.
The document summarizes a research project assessing coastal uplift and habitat changes in a glacially influenced estuary system. The project aims to update land-level change models, measure coastal uplift at non-bedrock sites, study emergent vegetation and substrates, monitor biological diversity, and engage citizen scientists through education and outreach efforts. The intended users include local governments and tribes who will use the results for decision making.
Foraging and growth poten/al of juvenile Chinook salmon following /dal restor...Nisqually River Council
This document summarizes a study on the foraging and growth potential of juvenile Chinook salmon following tidal restoration of the Nisqually River delta. Researchers compared restored tidal marshes to unaltered reference marshes. They examined diet composition, energy density of prey, stomach fullness, water temperatures, and calculated fish growth using a bioenergetics model. The results showed similar but more variable growth opportunities in the restored habitats. Increased sensitivity to warm air temperatures may limit growth potential there compared to the reference marshes. Overall, the findings were consistent with other estuary restoration projects.
This document describes an integrated approach to precision conservation planning in the South Fork watershed. It involved 1) validating predictions of ephemeral gully formation, 2) comparing predictions to field observations, and 3) engaging landowners and stakeholders. Researchers worked with agricultural educators to develop curriculum on erosion and conservation practices. Outreach included educating landowners about erosion risks and control tools. The goals were to target practices to high priority sites and increase adoption of conservation practices.
This document analyzes primary productivity in the Mandovi and Zuari estuarine ecosystems in India. It aims to study phytoplankton diversity, biomass, and the temporal and spatial variability of phytoplankton. Phytoplankton, chlorophyll, and primary productivity are important determinants of an estuary's organic productivity and overall health. The document uses data from 2002-2003 to describe the spatial and temporal variability of these factors in order to understand the processes regulating primary productivity in the estuarine ecosystem.
This document discusses watershed concepts for land management. It defines a watershed as a land area that drains water to a common location like a stream or river. It notes that watersheds are naturally occurring delineations that are nested in a hierarchical structure and can be mapped. Watersheds integrate physical, chemical, and biological properties from land, air, and water through interconnected stream networks. Properly functioning watersheds sustain natural processes and provide ecosystem services like clean water, flood control, food/materials, and recreation. Examples are given showing how watershed impacts can be seen in water chemistry, temperature, and trout biomass.
Our project will study the effects of stream restoration practices, J hook and cross vane, on polluted rivers and streams in the Great Lakes Basin area of Wisconsin. Specifically, we will implement these practices on the Oconto, Peshtigo, and Menominee rivers and study their impact on fish populations like trout. The methodology involves initial studies of water pollution and fish, applying the restoration structures, further evaluation, and a final report. The goal is to better understand how these techniques affect habitats and wildlife in order to inform future conservation efforts.
You and Your Students Are the Scientists: A Sampling of Citizen-Science Oppor...Teaching the Hudson Valley
Citizen science involves non-scientific volunteers partnering with scientists to answer real-world questions through data collection and research. Success depends on having simple protocols, trained volunteers, and providing feedback and sharing results. Examples of citizen science programs discussed are Bird Sleuth, Watershed Dynamics, and World-Wide Monitoring Day. A summary of a study on amphibian road mortality described the collection of over 1,000 live and 500 dead amphibians by volunteers to identify important habitats and inform future planning. The presentation encourages different models of citizen science involvement through schools, nature centers, and community groups.
Study to examine water systems on a large scale - Ball State UniversityMarc Ransford
Mark Pyron, a professor of biology at Ball State University, is joining an international effort to study large river systems in North America and Mongolia. The $4.2 million grant from the National Science Foundation will fund a 5-year study comparing nine rivers in the US and Mongolia to understand how river ecosystems are linked to their watersheds and how climate change could impact them. Pyron will lead a group of students to Mongolia in 2017 to collaborate with local scientists and collect data on the country's rivers, which provide a glimpse of what rivers in the US may have looked like 200 years ago before human impacts.
The document summarizes a research project assessing coastal uplift and habitat changes in a glacially influenced estuary system. The project aims to update land-level change models, measure coastal uplift at non-bedrock sites, study emergent vegetation and substrates, monitor biological diversity, and engage citizen scientists through education and outreach efforts. The intended users include local governments and tribes who will use the results for decision making.
Foraging and growth poten/al of juvenile Chinook salmon following /dal restor...Nisqually River Council
This document summarizes a study on the foraging and growth potential of juvenile Chinook salmon following tidal restoration of the Nisqually River delta. Researchers compared restored tidal marshes to unaltered reference marshes. They examined diet composition, energy density of prey, stomach fullness, water temperatures, and calculated fish growth using a bioenergetics model. The results showed similar but more variable growth opportunities in the restored habitats. Increased sensitivity to warm air temperatures may limit growth potential there compared to the reference marshes. Overall, the findings were consistent with other estuary restoration projects.
This document provides a summary of Fei Xing's background and experience. It highlights over 9 years of experience in coastal hydrodynamics and sedimentology, specialized in numerical modeling of extreme events, coastal morphology, and restoration. It also lists extensive experience using modeling software like DELFT3D, SWAN, XBEACH, MIKE, and others, as well as GIS and image analysis skills.
This study investigated the relationship between zooplankton community composition and natural and human factors in 25 small lakes in eastern New York. Zooplankton samples were collected from each lake and analyzed to identify taxa. Cluster analysis identified four distinct zooplankton community types characterized by different dominant taxa. Community composition varied based on lake size, conductivity, and percentage of impervious surface in the lake basin, indicating influence from both natural and anthropogenic drivers. The results provide insight into how zooplankton communities are structured in these lakes and how they relate to environmental conditions.
This document summarizes a woody riparian survey conducted along Menger Creek in Boerne, Texas. Multiple transects were established upstream and downstream of a wastewater treatment plant discharge into the creek. Woody plants within quadrats along the transects were identified, counted, and measured to determine species densities, basal areas, and frequencies. Baseline water quality testing was also conducted. The survey found 12 woody plant species and will help monitor changes over time from the introduction of consistent water flow into the previously ephemeral creek from the wastewater discharge.
The document contains a summary of several websites related to rivers and river systems. It provides links to websites that describe river erosion and deposition processes, flooding issues, river management, and regional information about rivers throughout the UK. One of the links summarizes a report finding that the world's river systems are facing a major crisis due to human impacts. The document also provides guidance on using the school library's online catalog to search for additional resources on rivers and related topics.
The Great Lakes to Gulf Virtual Observatory was created by the National Great Rivers Research and Education Center to consolidate and visualize water quality data from the Mississippi River watershed. The Observatory integrates data from multiple sources and agencies through an interactive mapping tool, allowing users to explore, search, compare, and download water quality data. It aims to improve understanding of river ecology and inform decision making around sustainable management of the Mississippi River and its functions.
1. The document analyzes the impact of large woody debris (LWD) on populations of Chironomidae larvae, an important food source for juvenile salmonids, at Spencer Island in Everett, WA.
2. The author hypothesizes that sampling near LWD structures will yield greater numbers of Chironomidae larvae than samples taken farther from LWD, since LWD provides prime habitat.
3. Spencer Island plays an important ecological role as estuarine habitat for juvenile salmonids and waterfowl, making it a useful study site for analyzing the relationship between LWD and invertebrate communities that support fish.
Lan Nguyen Poster for Science Seminar revisedLan Nguyen
- The study examined the relationship between morphology and niche partitioning of fish assemblages in the Tonle Sap Biosphere Reserve in Cambodia. 27 fish species were sampled and 31 morphological features were measured.
- Principal component and cluster analysis revealed relationships between morphological characteristics and habitat/trophic groups, indicating niche partitioning allows coexistence of competing species.
- The high biodiversity of fish in the Tonle Sap is due to seasonal flooding patterns that provide different habitats and allow fish to occupy different ecological niches. Understanding these relationships can help manage fisheries in this important ecosystem.
This document summarizes key uncertainties and context around Pacific lamprey biology. It identifies several areas of critical uncertainty, including lamprey biology, population structure, habitat use and requirements, ecology, monitoring methods, and conservation and management approaches. The document also notes that while there are many uncertainties, lampreys provide an opportunity to explore scientific questions at multiple scales, from basic biology to population trends to integrating mechanisms with patterns. Overall, the document outlines open questions and a need for further lamprey research and monitoring to address uncertainties.
Presentation by Kathleen Jackson, director of the Texas Water Development Board, at the 2018 Gulf Coast Water Conservation Symposium in Houston, Texas.
The study examined the effect of distance from a water source (Temescal Canyon creek) on plant biodiversity. Data on the number of plant species was collected within quadrats placed 0m and 1m from the creek across 16 replicate sites. Statistical analysis found significantly higher average species richness and a greater range of species closer to the creek, supporting the hypothesis that less distance from water leads to greater biodiversity. The results demonstrate the importance of water sources for developing plant diversity in ecosystems.
The document discusses bolstering critical infrastructure resilience in the face of climate change. It defines resilience as the ability to withstand, adapt to, and rapidly recover from disruptions. It examines past hurricanes like Irene and Sandy to show impacts on infrastructure like power grids and fuel distribution. Hypothetical modeling shows potential flooding of Boston's transportation and energy sectors from a major storm in 2050. The document advocates conducting research, adopting resilience best practices, and providing incentives to advance societal resilience.
Corredor Tranversal Bahia de Chetumal-BacalarHector hernandez arana_simposio_...guamar01
This document discusses the Bacalar lagoon as part of a larger interconnected coastal ecosystem in the Yucatan Peninsula. It describes the hydrological and biological connections between Bacalar lagoon and other coastal ecosystems like Chetumal Bay. These connections include superficial connections through water flow, underground connections through sinkholes, and biological connections through the distribution of species. The document also discusses ecosystem processes, ecological interactions, and how climatic drivers influence this coastal ecosystem. It emphasizes that these coastal ecosystems, including Bacalar lagoon, should be viewed and managed as an interlinked system.
The document discusses the importance of oceans and their influence on Earth. It describes how oceans cover over 70% of the planet's surface and hold 97% of its water. The three main points made are:
1) Oceans are a major source of water vapor in the atmosphere through evaporation and influence weather patterns and climate through the water cycle.
2) Ocean water absorbs and exchanges gases with the atmosphere, moderating global temperatures and affecting processes like the carbon cycle.
3) Oceans support a tremendous amount of biodiversity and are home to most living things on Earth.
This document describes a proposed system to assist fish migration over discharge sills. It involves installing vertical concrete structures upstream and downstream of the sill. Upstream, a stone block would be attached to rails inside the structure and winched across. Downstream, a folding metal sheet guides the block into an underground canal. Sensors detect the block's position and control stoppers to guide fish safely over the sill in either direction. The system aims to improve on older fish passage methods and facilitate longitudinal connectivity as required by European directives.
This article discusses the past, present, and future of the ecohydrology of the Mississippi River system. It describes how the river system has been radically altered by human activities like navigation, flood control projects, and watershed modifications. These changes have disrupted the river's natural hydrology and hydraulics, degraded water quality, reduced biodiversity, and impacted ecosystem services. The article argues that sustainable rehabilitation of the river ecosystem requires reversing these physical, chemical, and biological alterations through projects that reestablish the historical floodplain and implement ecohydrological goals and metrics to measure success.
The document summarizes a study analyzing the morphology of zooxanthellae communities in two coral species, Montastraea cavernosa and Pseudodiploria clivosa, using FlowCAM imaging. Densities of zooxanthellae cells per square centimeter of coral tissue were measured and compared between traditional and FlowCAM methods at three sites. M. cavernosa harbored clade C zooxanthellae with larger cell volumes and more chlorophyll per cell than P. clivosa, which harbored clade B zooxanthellae. Next-generation sequencing was also proposed to further characterize the zooxanthellae communities.
The document discusses the water cycle and how water circulates on Earth. It encourages learning about the main features of the water cycle, how humans impact it, and developing geographic vocabulary. It also suggests inventing a story or cartoon about the journey of a water molecule through natural and human parts of the water cycle.
The document discusses environmental flows and the importance of maintaining sufficient water flows to sustain freshwater ecosystems, human livelihoods, and well-being. It defines environmental flows as the quantity, quality, and timing of water flows required for this purpose. The document presents examples of desired flow levels at various river sites in India to support cultural needs like bathing and cremation as well as ecological needs like providing shelter for fish and invertebrates. It compares these cultural flow requirements to naturalized flow levels and emphasizes the importance of including cultural water needs in environmental flow assessments.
Environmental Education in Second LifeJoseph Clark
This document discusses environmental education in the virtual world Second Life. It notes the need for climate and environmental education as well as the benefits of using multi-user virtual environments (MUVEs) for science education. The document then lists several virtual islands and exhibits in Second Life focused on environmental topics like meteorology, oceanography, energy, and water.
WATER RESOURCE SUSTAINABILITY OF THE PALOUSE REGION: A SYSTEMS APPROACHRamesh Dhungel
This thesis examines the sustainability of water resources in the Palouse Region located on the border of Idaho and Washington. The region relies on two confined groundwater aquifers, the upper Wanapum and lower Grande Ronde, which show declining water levels. The author develops system dynamics models to simulate population growth, water demand, hydrological processes, and economic factors. The simple model lumps the aquifers together, while the hydraulically separated model divides them based on geology. Water balance calculations estimate recharge rates. Regression analysis determines the price elasticity of water demand. The models project the lifespan of the aquifers under different recharge and demand scenarios. Assuming potential surface water use and a water management strategy,
This document provides a summary of the professional experience and qualifications of Jeff Opperman. He has over 20 years of experience as a freshwater scientist working at the intersection of science and conservation. He currently serves as the Lead Scientist for The Nature Conservancy's Great Rivers Program, where he leads interdisciplinary teams conducting research and developing tools to support river conservation projects around the world. He has significant experience communicating science through publications and other media.
The document discusses a 2013 workshop on estuaries that brought together scientists, managers, and educators to discuss estuary science, technology, management, and policy. The workshop generated six consensus points, including that estuaries worldwide provide societal and ecosystem benefits but face common stressors from population growth and climate change. It recommends increased information sharing across estuaries to learn from local experiences and improve global estuary resilience and sustainability.
This document provides a summary of Fei Xing's background and experience. It highlights over 9 years of experience in coastal hydrodynamics and sedimentology, specialized in numerical modeling of extreme events, coastal morphology, and restoration. It also lists extensive experience using modeling software like DELFT3D, SWAN, XBEACH, MIKE, and others, as well as GIS and image analysis skills.
This study investigated the relationship between zooplankton community composition and natural and human factors in 25 small lakes in eastern New York. Zooplankton samples were collected from each lake and analyzed to identify taxa. Cluster analysis identified four distinct zooplankton community types characterized by different dominant taxa. Community composition varied based on lake size, conductivity, and percentage of impervious surface in the lake basin, indicating influence from both natural and anthropogenic drivers. The results provide insight into how zooplankton communities are structured in these lakes and how they relate to environmental conditions.
This document summarizes a woody riparian survey conducted along Menger Creek in Boerne, Texas. Multiple transects were established upstream and downstream of a wastewater treatment plant discharge into the creek. Woody plants within quadrats along the transects were identified, counted, and measured to determine species densities, basal areas, and frequencies. Baseline water quality testing was also conducted. The survey found 12 woody plant species and will help monitor changes over time from the introduction of consistent water flow into the previously ephemeral creek from the wastewater discharge.
The document contains a summary of several websites related to rivers and river systems. It provides links to websites that describe river erosion and deposition processes, flooding issues, river management, and regional information about rivers throughout the UK. One of the links summarizes a report finding that the world's river systems are facing a major crisis due to human impacts. The document also provides guidance on using the school library's online catalog to search for additional resources on rivers and related topics.
The Great Lakes to Gulf Virtual Observatory was created by the National Great Rivers Research and Education Center to consolidate and visualize water quality data from the Mississippi River watershed. The Observatory integrates data from multiple sources and agencies through an interactive mapping tool, allowing users to explore, search, compare, and download water quality data. It aims to improve understanding of river ecology and inform decision making around sustainable management of the Mississippi River and its functions.
1. The document analyzes the impact of large woody debris (LWD) on populations of Chironomidae larvae, an important food source for juvenile salmonids, at Spencer Island in Everett, WA.
2. The author hypothesizes that sampling near LWD structures will yield greater numbers of Chironomidae larvae than samples taken farther from LWD, since LWD provides prime habitat.
3. Spencer Island plays an important ecological role as estuarine habitat for juvenile salmonids and waterfowl, making it a useful study site for analyzing the relationship between LWD and invertebrate communities that support fish.
Lan Nguyen Poster for Science Seminar revisedLan Nguyen
- The study examined the relationship between morphology and niche partitioning of fish assemblages in the Tonle Sap Biosphere Reserve in Cambodia. 27 fish species were sampled and 31 morphological features were measured.
- Principal component and cluster analysis revealed relationships between morphological characteristics and habitat/trophic groups, indicating niche partitioning allows coexistence of competing species.
- The high biodiversity of fish in the Tonle Sap is due to seasonal flooding patterns that provide different habitats and allow fish to occupy different ecological niches. Understanding these relationships can help manage fisheries in this important ecosystem.
This document summarizes key uncertainties and context around Pacific lamprey biology. It identifies several areas of critical uncertainty, including lamprey biology, population structure, habitat use and requirements, ecology, monitoring methods, and conservation and management approaches. The document also notes that while there are many uncertainties, lampreys provide an opportunity to explore scientific questions at multiple scales, from basic biology to population trends to integrating mechanisms with patterns. Overall, the document outlines open questions and a need for further lamprey research and monitoring to address uncertainties.
Presentation by Kathleen Jackson, director of the Texas Water Development Board, at the 2018 Gulf Coast Water Conservation Symposium in Houston, Texas.
The study examined the effect of distance from a water source (Temescal Canyon creek) on plant biodiversity. Data on the number of plant species was collected within quadrats placed 0m and 1m from the creek across 16 replicate sites. Statistical analysis found significantly higher average species richness and a greater range of species closer to the creek, supporting the hypothesis that less distance from water leads to greater biodiversity. The results demonstrate the importance of water sources for developing plant diversity in ecosystems.
The document discusses bolstering critical infrastructure resilience in the face of climate change. It defines resilience as the ability to withstand, adapt to, and rapidly recover from disruptions. It examines past hurricanes like Irene and Sandy to show impacts on infrastructure like power grids and fuel distribution. Hypothetical modeling shows potential flooding of Boston's transportation and energy sectors from a major storm in 2050. The document advocates conducting research, adopting resilience best practices, and providing incentives to advance societal resilience.
Corredor Tranversal Bahia de Chetumal-BacalarHector hernandez arana_simposio_...guamar01
This document discusses the Bacalar lagoon as part of a larger interconnected coastal ecosystem in the Yucatan Peninsula. It describes the hydrological and biological connections between Bacalar lagoon and other coastal ecosystems like Chetumal Bay. These connections include superficial connections through water flow, underground connections through sinkholes, and biological connections through the distribution of species. The document also discusses ecosystem processes, ecological interactions, and how climatic drivers influence this coastal ecosystem. It emphasizes that these coastal ecosystems, including Bacalar lagoon, should be viewed and managed as an interlinked system.
The document discusses the importance of oceans and their influence on Earth. It describes how oceans cover over 70% of the planet's surface and hold 97% of its water. The three main points made are:
1) Oceans are a major source of water vapor in the atmosphere through evaporation and influence weather patterns and climate through the water cycle.
2) Ocean water absorbs and exchanges gases with the atmosphere, moderating global temperatures and affecting processes like the carbon cycle.
3) Oceans support a tremendous amount of biodiversity and are home to most living things on Earth.
This document describes a proposed system to assist fish migration over discharge sills. It involves installing vertical concrete structures upstream and downstream of the sill. Upstream, a stone block would be attached to rails inside the structure and winched across. Downstream, a folding metal sheet guides the block into an underground canal. Sensors detect the block's position and control stoppers to guide fish safely over the sill in either direction. The system aims to improve on older fish passage methods and facilitate longitudinal connectivity as required by European directives.
This article discusses the past, present, and future of the ecohydrology of the Mississippi River system. It describes how the river system has been radically altered by human activities like navigation, flood control projects, and watershed modifications. These changes have disrupted the river's natural hydrology and hydraulics, degraded water quality, reduced biodiversity, and impacted ecosystem services. The article argues that sustainable rehabilitation of the river ecosystem requires reversing these physical, chemical, and biological alterations through projects that reestablish the historical floodplain and implement ecohydrological goals and metrics to measure success.
The document summarizes a study analyzing the morphology of zooxanthellae communities in two coral species, Montastraea cavernosa and Pseudodiploria clivosa, using FlowCAM imaging. Densities of zooxanthellae cells per square centimeter of coral tissue were measured and compared between traditional and FlowCAM methods at three sites. M. cavernosa harbored clade C zooxanthellae with larger cell volumes and more chlorophyll per cell than P. clivosa, which harbored clade B zooxanthellae. Next-generation sequencing was also proposed to further characterize the zooxanthellae communities.
The document discusses the water cycle and how water circulates on Earth. It encourages learning about the main features of the water cycle, how humans impact it, and developing geographic vocabulary. It also suggests inventing a story or cartoon about the journey of a water molecule through natural and human parts of the water cycle.
The document discusses environmental flows and the importance of maintaining sufficient water flows to sustain freshwater ecosystems, human livelihoods, and well-being. It defines environmental flows as the quantity, quality, and timing of water flows required for this purpose. The document presents examples of desired flow levels at various river sites in India to support cultural needs like bathing and cremation as well as ecological needs like providing shelter for fish and invertebrates. It compares these cultural flow requirements to naturalized flow levels and emphasizes the importance of including cultural water needs in environmental flow assessments.
Environmental Education in Second LifeJoseph Clark
This document discusses environmental education in the virtual world Second Life. It notes the need for climate and environmental education as well as the benefits of using multi-user virtual environments (MUVEs) for science education. The document then lists several virtual islands and exhibits in Second Life focused on environmental topics like meteorology, oceanography, energy, and water.
WATER RESOURCE SUSTAINABILITY OF THE PALOUSE REGION: A SYSTEMS APPROACHRamesh Dhungel
This thesis examines the sustainability of water resources in the Palouse Region located on the border of Idaho and Washington. The region relies on two confined groundwater aquifers, the upper Wanapum and lower Grande Ronde, which show declining water levels. The author develops system dynamics models to simulate population growth, water demand, hydrological processes, and economic factors. The simple model lumps the aquifers together, while the hydraulically separated model divides them based on geology. Water balance calculations estimate recharge rates. Regression analysis determines the price elasticity of water demand. The models project the lifespan of the aquifers under different recharge and demand scenarios. Assuming potential surface water use and a water management strategy,
This document provides a summary of the professional experience and qualifications of Jeff Opperman. He has over 20 years of experience as a freshwater scientist working at the intersection of science and conservation. He currently serves as the Lead Scientist for The Nature Conservancy's Great Rivers Program, where he leads interdisciplinary teams conducting research and developing tools to support river conservation projects around the world. He has significant experience communicating science through publications and other media.
The document discusses a 2013 workshop on estuaries that brought together scientists, managers, and educators to discuss estuary science, technology, management, and policy. The workshop generated six consensus points, including that estuaries worldwide provide societal and ecosystem benefits but face common stressors from population growth and climate change. It recommends increased information sharing across estuaries to learn from local experiences and improve global estuary resilience and sustainability.
John F. Schalles is a full professor in the Biology Department at Creighton University who specializes in remote sensing of aquatic ecosystems. He has over 30 years of experience conducting research using remote sensing to analyze phytoplankton, salt marshes, and other coastal environments. He has advised over 100 undergraduate students and 16 graduate students, and has received over $1.45 million in research funding from agencies like NSF, NASA, and NOAA.
CCW conference: Protecting Susquehanna and impacts on jobsClean Water
Mel Zimmerman, Clean Water Institute, Lycoming CollegeThe Susquehanna River is the lifeblood of local communities throughout central Pennsylvania. Residents rely on the river for drinking water, recreation, and economic opportunities. It’s no surprise that there has been an outpouring of concern in recent years as anglers and biologists have seen declines in fish populations, especially in young smallmouth bass. Join the discussion to understand what the fish and water quality are telling us about the Susquehanna and parallel concerns in the Shenandoah, Potomac and Juniata Rivers. Hear from experts working to understand the water quality impairments and what needs to be done to restore this once world-class fishery and the economy that relies on it.
River-Lab is an environmental education program that teaches students in grades 3-6 about river basin systems and the environment. Students learn about topics like the water cycle, groundwater systems, and human impacts on the environment. Classroom lessons are reinforced with outdoor field trips where students explore local estuaries and wetlands. The program aims to develop students' understanding of environmental science and encourage stewardship of natural resources.
This resume is for Nam Siu, who has a Master's degree in Biology from Western Washington University and a Bachelor's degree in Marine Science and Biology from the University of Tampa. The resume lists Siu's experience as a marine biologist, project manager, and science educator working for various organizations in Washington state. It also outlines Siu's research and teaching assistant roles while pursuing graduate studies at Western Washington University.
An Inquiry-Based Case Study For Conservation BiologyHeather Strinden
The document presents a case study for using Stroubles Creek, Virginia to teach students about the Clean Water Act and conservation biology. It provides background on the Act, describes how the creek was deemed impaired, and outlines the total maximum daily load study conducted. It then provides the case materials and teaching notes to structure classroom activities around discussing key concepts like the scientific and normative aspects of the Act, and recognizing uncertainties in its implementation. The goal is for students to actively engage with the real-world example to further their understanding of these topics.
Proceedings2015ElwhaNearshoreConsortiumworkshopNathan Moore
This document provides an overview of the 9th Annual Elwha Nearshore Consortium Workshop held in February 2015 at Peninsula College in Port Angeles, Washington. It discusses the goals of monitoring and understanding the physical and ecological impacts of the Elwha River dam removals on the nearshore environment. Several presentations were given covering topics like sediment monitoring, beach and habitat changes, vegetation responses, and fish communities. The workshop aimed to facilitate information sharing between scientists, managers, and the community on restoration associated with the dam removals. It also recognized the many contributors behind the scenes who made the dam removals possible.
This document is a resume for Devin M. Spencer that outlines their education and professional experience in environmental science and communication. They have a Master's degree in Environmental Science and Management from UC Santa Barbara with a focus on coastal management and communication. Their professional experience includes positions at the National Center for Ecological Analysis and Synthesis communicating research, and The Nature Conservancy conducting research on desalination impacts and developing a volunteer program. They also have experience cataloging fish specimens and conducting field research on topics like hummingbirds, invertebrates, sharks, and sea turtles.
This document provides an overview of the Delta and its importance to California's water resources and ecosystem. It discusses the history of water infrastructure development and environmental laws in California. It also describes current challenges facing the Delta, including subsidence, endangered species declines, flood risks, and conflicting water demands. The document advocates for an integrated, science-based approach to managing the Delta through the Delta Stewardship Council and its Delta Plan.
Aquatic connectivity - Prof. Brian Fry ACEAS Grandaceas13tern
The document summarizes a workshop on aquatic connectivity that was held in January 2013 at the Moreton Bay Marine Research Station. Seventeen experts in fields related to connectivity such as genetics, modeling, and field studies attended to discuss the importance of connectivity in maintaining populations and the tools available to study connectivity. Heavy weather disrupted ferry access to the island during the workshop but it proceeded as planned. The workshop participants aimed to develop synthetic approaches to studying landscape connectivity across different techniques and ecosystems and produce a manuscript summarizing their discussions.
This proposal outlines a 7-year salmonid protection project for Swanton Pacific Ranch. It would assess potential impacts to salmonids from construction of a new learning center near Little Creek. A task force would research historical salmonid populations, identify habitats, and monitor numbers for 7 years. The project aims to protect threatened coho salmon and protect the ranch's riparian ecosystems while allowing construction.
1. The lesson plan teaches students about bioaccumulation and biomagnification in the San Joaquin Delta ecosystem through interactive simulations and a river study.
2. Students explore the concepts by creating a food web, simulating bioaccumulation up the food chain, and conducting water quality testing and macroinvertebrate studies on a local river.
3. To explain their understanding, students write a wiki summarizing their river study results and assessing needs for restoration. They then reflect on human impacts to the California Delta ecosystem and restoration efforts.
This document presents the River Continuum Concept, which proposes that the structural and functional characteristics of biological communities in rivers are adapted to conform to the physical conditions and energy flow patterns of the river system. It hypothesizes that from headwaters to mouth, there is a gradient of physical conditions in rivers that elicits responses in biological populations, resulting in consistent patterns of organic matter transport and use along the river's length. Communities are proposed to form a continuum with shredder and collector-dominated assemblages in headwaters transitioning to scraper-dominated in mid-sized rivers and collectors in large rivers, reflecting shifts in food resources with stream size.
The document discusses the Rivers of the Anthropocene project which examines how human activities have impacted river systems since 1750. Phase 1 focuses on the Ohio River and River Tyne. An international team of researchers from different disciplines will compare the ecological, social, and environmental histories of the rivers. In January 2014, the team will hold a conference to share findings and develop models to integrate scientific and humanities approaches to studying long-term human-river interactions. The project aims to further understanding of current environmental issues.
This document discusses natural resources that can be used for better science teaching and learning. It identifies resources like ponds, rivers, lakes, forests, wetlands, sacred groves, and mangroves. It then provides details about each resource, describing what they are, where they are typically found, and their importance. For example, it explains that a pond is a small body of standing water, natural or artificial, that often contains marsh plants and animals. Lakes are generally found in mountainous areas or along river courses. Forests cover much of the earth's surface and provide ecosystem services. In conclusion, the document states that science teacher preparation should demonstrate knowledge of these natural resources and how to engage students in studying related topics like
Pierre Bouvais's CV summarizes his experience in marine biology research. He has over 10 years of experience conducting fieldwork, laboratory analysis, and research on various topics related to coastal ecology. His skills include taxonomy, experimental design, statistics, and experience managing research projects. He holds a PhD in Marine Ecology from Edith Cowan University in Australia.
This document summarizes a research paper that uses an interdisciplinary approach to analyze whether fracking, fisheries management, and conservation can be environmentally compatible. The paper uses the disciplines of fisheries management and conservation science. It analyzes insights from each discipline and identifies some conflicts, but also common goals around conserving water resources and fish habitats. The paper finds that while fracking poses some threats to aquatic ecosystems, with strict regulations on well integrity and wastewater management, fracking may be compatible with the environment and uses less water than other energy extraction methods.
This document discusses using traits-based approaches to understand fish community ecology. It begins by outlining threats to freshwater fishes like habitat loss and pollution. The author argues that traits-based ecology enhances understanding of ecological patterns and processes, provides opportunities for generalization, and links biodiversity and ecosystem function. Research on fish traits can explain where species live, how many coexist in an area, and how they respond to environmental change. The author presents on using traits to predict extinction risk of fishes and anticipate how communities will respond to environmental change. Body size correlates with extinction risk, with smaller-bodied fishes less vulnerable. Life histories have evolved trade-offs that enable coping with ecological challenges. Traits may indicate ecosystem implications
This thesis studied sea turtle stranding events along the mid-north coast of New South Wales, Australia between 2008 and 2014. A total of 205 stranded sea turtles were admitted to a rehabilitation center, with 161 being green turtles and 36 hawksbills. Spatial analysis identified two regions and five hotspot locations with high stranding frequencies. Strandings peaked from October to December and some years had higher stranding numbers than others. A correlation was found between stranding events in some locations and lagged rainfall data, suggesting environmental factors may influence strandings. Heavy metal analysis found high concentrations in tissues of deceased turtles, though water samples did not show toxic levels, warranting further investigation into metal exposure sources.
Similar to 02/18/2016 - Cullowhee Creek Project (20)
The document discusses the 2020 Census. It notes that the U.S. Constitution mandates everyone be counted every 10 years. The purpose is to count every living person once in the right place. 2020 will be the first Census that allows online responses. Census data helps inform decisions on funding for services like healthcare, schools, and roads. Responses are confidential and protected by law. An accurate count is important as counties receive $1600 per person counted. The document outlines plans for a Complete Count Committee and goals to increase Jackson County's response rate from the 2010 Census.
The document announces community STEM events for fall 2019 organized by Matt Cass of Southwestern Community College. It provides information on several upcoming events, including International Observe the Moon Night in October, the Space Apps Challenge in October which invites teams to solve problems related to Earth's oceans, the planets, or other space-related topics, and a Mercury Transit observation event in November. It also lists the topics and speakers for the monthly Lunch and Learn STEM talks at the Jackson County Public Library throughout the fall.
8/22/2019: Vecinos Farmworker Health Programprofcyclist
Vecinos is a medical home for farmworkers in Western North Carolina. We improve the wellness of farmworkers and their families with health care, education, community partnerships, and advocacy.
5/23/2019: Nantahala SORBA Kids Bike Parkprofcyclist
The document discusses plans for developing a new kids bike park in Jackson County, North Carolina. It outlines goals of maintaining existing trails, advocating for new trails, and past trail work. It then provides details on the proposed kids bike park, including community need, partnership with Jackson County, progress made to date transporting materials to the site, and future plans which include adding dirt, building features, installing signage, and potentially an outdoor classroom. A timeline with 14 phases of the project is also included.
3/7/2019 Jackson County West Fork Hydroelectric Projectprofcyclist
Thank you to club member Lisa Leatherman, Community Relations Manager for Duke Energy, for presenting to the club today on the History of West Fork project for Duke Energy. She detailed the work from the original hydroelectric projects for Nantahala Power and Light and highlighted the damn construction of the early 1940’s. The presentation included some amazing photos from the past. Rotary District 7670
The document discusses a presentation given to the Sylva Rotary Club on January 31, 2019 about Western Carolina University's student body profile for 2018. The presentation provided information from WCU's Office of Institutional Planning and Effectiveness website about the makeup of WCU's student body, including enrollment numbers from 1936 to 2018. It invited questions and discussion about the 2018 student body profile.
1/24/2018 - Jackson County Planning Departmentprofcyclist
The Jackson County Planning Department is responsible for current planning like ordinance administration, site plan review, and permitting as well as long range planning such as land use plans and transportation plans. It reviews development projects, subdivision proposals, and issues permits. It works with various planning boards and councils. The department seeks to update the county's ordinances into a unified development ordinance and implements the recommendations of plans like the 1974 Land Development Plan. It coordinates with municipalities and holds regular public meetings.
01/10/2019 - Jackson Paper Manufacturingprofcyclist
The document summarizes the history and operations of Jackson Paper Manufacturing. It discusses that the mill site originally opened in 1901 as a tannery and has had various owners over time. Currently, Jackson Paper employs around 122 people at its Sylva, NC mill and recycles around 119,000 tons of wastepaper and 81,000 tons of wood waste per year. Employees are paid starting at $15.15/hour and receive benefits like health insurance and 401k matching. The mill has a closed-loop water system and does not discharge any process water.
12/062018 - Dr. Don Tomas: Southwestern Community Collegeprofcyclist
Great presentation from club member and Southwestern Community College President Dr. Don Tomas at our meeting this week. Dr. Tomas spoke about the growth of SCC, their strategic partnerships, the SCC Foundation, student success, and other “Points of Pride.” Our club appreciates SCC as they continue to enrich lives and strengthen our community. #PeopleofAction Rotary District 7670
8/23/2018 - College of Education & Allied Professionsprofcyclist
This document provides an overview of enrollment statistics and programs for Western Carolina University's College of Education and Allied Professions (CEAP) for fall 2018. It summarizes that undergraduate enrollment increased overall from the previous year, with higher freshman applications, admits, and new students. It also notes the introduction of two new graduate programs, a PsyD in Health Service Psychology and an MS in Outdoor and Experiential Education. Finally, it highlights over $1.5 million in grants awarded to CEAP and scholarships established to support students.
NCDataDashboard.org is a website created by Angela Dills, who is the Gimelstob-Landry Distinguished Professor at Western Carolina University. The website provides data and information but no further details are given on its specific purpose or content in the short document.
The Jackson County TDA has reached 1 billion impressions for earned media mentions of Jackson County from January 2014 to July 2018. Notable PR mentions included features in Our State magazine and Where to Retire magazine. The TDA's annual budget is $1.16 million, with $350,000 spent on advertising placements. On social media, the TDA has grown its Instagram following to over 10,000. The TDA director also provided updates on projects like a Three Billboards tour in Sylva, trademark registrations, strategic planning, and visitor research.
7/26/2018 - Jackson County Public Schoolsprofcyclist
The superintendent's presentation provides an overview of Jackson County Schools for summer 2018. It details the district's mission, vision, student demographics, facilities, finances, and performance outcomes. Key points include the district serving nearly 3,800 students across 5 elementary schools, 4 high schools, and 2 early colleges. It highlights challenges around class sizes, funding, and technology while celebrating programs in STEM, the arts, and student accomplishments. The presentation outlines the district's goals of valuing every child through high expectations, relationships, and community partnerships.
The document lists sponsors and partners that support the WATR Experiential Education program including the Town of Dillsboro, Jackson County Commission, Duke Riparian Enhancement Program, and American Rivers. It then outlines the goals of the WATR program which are to conduct direct action like stream cleanups and restoration, monitor water quality, and provide education and youth outreach programs about topics such as erosion and sediment control. One of the education programs mentioned is a reenactment of a traditional Cherokee fish harvest.
This document provides information about Belize and discusses education goals and challenges. It summarizes the speaker's background as a Rotary global scholar with experience in education, their goals to work as a career counselor and mentor underrepresented youth, and plans to collaborate with the Belize Ministry of Education.
We know the Rotary Club of Sylva is the Greatest Rotary Club in the World and today we learned why theTuckaseigee Chapter #373 of Trout Unlimited is the Greatest Trout Unlimited chapter in the World! Thank you to Shannon Messer and the TU members for all they do to make sure we will live in the NC Trout Capital for many future generations. Shannon made a great presentation to our club today and is pictured with Club President Margaret.
The document discusses the partnership between Engineers Without Borders Asheville chapter and Rotary International to provide engineering solutions for communities in Kenya. It details projects completed in Uluthe village including installing a well, medical waste incinerator, and training. The chapter is now working with Rotary and the local hospital to repair or replace the hospital's larger medical waste incinerator in Siaya County. It encourages donations to support continuing their work.
Harris Regional Hospital has been serving western North Carolina for over 90 years, employs over 900 people, and has over 100 physicians across more than 20 specialties. It is part of Duke LifePoint Healthcare, a joint venture between LifePoint Hospitals and Duke University Health System formed in 2011 to operate rural hospitals. In 2017, Harris Regional Hospital expanded several services, including cardiology and orthopedics, and its strategic plan for 2018 focuses on further expanding cardiology, orthopedics, women's and children's care, oncology, and primary care access. The Ascent Partnership between Harris Regional Hospital, Swain Community Hospital, and Western Carolina University aims to train healthcare workers and support community health in the region.
The document discusses Rotary Foundation District Grants from 2017-2018. It provides details on 43 grant proposals that were accepted totaling $50,285, which were received by 35 clubs. It highlights several grant projects, including providing books to a community care clinic, scholarships, and building bicycle stations. It encourages clubs to apply for 2018-2019 grants by May 15th to address community needs.
FT author
Amanda Chu
US Energy Reporter
PREMIUM
June 20 2024
Good morning and welcome back to Energy Source, coming to you from New York, where the city swelters in its first heatwave of the season.
Nearly 80 million people were under alerts in the US north-east and midwest yesterday as temperatures in some municipalities reached record highs in a test to the country’s rickety power grid.
In other news, the Financial Times has a new Big Read this morning on Russia’s grip on nuclear power. Despite sanctions on its economy, the Kremlin continues to be an unrivalled exporter of nuclear power plants, building more than half of all reactors under construction globally. Read how Moscow is using these projects to wield global influence.
Today’s Energy Source dives into the latest Statistical Review of World Energy, the industry’s annual stocktake of global energy consumption. The report was published for more than 70 years by BP before it was passed over to the Energy Institute last year. The oil major remains a contributor.
Data Drill looks at a new analysis from the World Bank showing gas flaring is at a four-year high.
Thanks for reading,
Amanda
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New report offers sobering view of the energy transition
Every year the Statistical Review of World Energy offers a behemoth of data on the state of the global energy market. This year’s findings highlight the world’s insatiable demand for energy and the need to speed up the pace of decarbonisation.
Here are our four main takeaways from this year’s report:
Fossil fuel consumption — and emissions — are at record highs
Countries burnt record amounts of oil and coal last year, sending global fossil fuel consumption and emissions to all-time highs, the Energy Institute reported. Oil demand grew 2.6 per cent, surpassing 100mn barrels per day for the first time.
Meanwhile, the share of fossil fuels in the energy mix declined slightly by half a percentage point, but still made up more than 81 per cent of consumption.
Presentation by Julie Topoleski, CBO’s Director of Labor, Income Security, and Long-Term Analysis, at the 16th Annual Meeting of the OECD Working Party of Parliamentary Budget Officials and Independent Fiscal Institutions.
How To Cultivate Community Affinity Throughout The Generosity JourneyAggregage
This session will dive into how to create rich generosity experiences that foster long-lasting relationships. You’ll walk away with actionable insights to redefine how you engage with your supporters — emphasizing trust, engagement, and community!
The Power of Community Newsletters: A Case Study from Wolverton and Greenleys...Scribe
YOU WILL DISCOVER:
The engaging history and evolution of Wolverton and Greenleys Town Council's newsletter
Strategies for producing a successful community newsletter and generating income through advertising
The decision-making process behind moving newsletter design from in-house to outsourcing and its impacts
Dive into the success story of Wolverton and Greenleys Town Council's newsletter in this insightful webinar. Hear from Mandy Shipp and Jemma English about the newsletter's journey from its inception to becoming a vital part of their community's communication, including its history, production process, and revenue generation through advertising. Discover the reasons behind outsourcing its design and the benefits this brought. Ideal for anyone involved in community engagement or interested in starting their own newsletter.
Causes Supporting Charity for Elderly PeopleSERUDS INDIA
Around 52% of the elder populations in India are living in poverty and poor health problems. In this technological world, they became very backward without having any knowledge about technology. So they’re dependent on working hard for their daily earnings, they’re physically very weak. Thus charity organizations are made to help and raise them and also to give them hope to live.
Donate Us:
https://serudsindia.org/supporting-charity-for-elderly-people-india/
#oldagehome, #donateforeldersinkurnool, #donateforelders, #donationforelders, #donateforoldpeople, #donationforoldpeople, #sponsorforelders, #sponsorforoldpeople, #donationforcharity, #charity, #seruds, #kurnool, #donateforoldagehome, #oldagehomedonation
2. The Highlands Biological Station connection
Mission: to foster research and
education focused on the rich
natural heritage of the Highlands
plateau while preserving and
celebrating the the integrity of the
“biological crown of the southern
Appalachians.”
3. Institute for the Environment (UNC) at HBS
Coursework and research focused on applied study of
the southern Appalachian environment.
4. For the last 6 years, the IE capstone has focused
on stream ecology and hydrology.
Cullowhee Creek
Savannah Creek
Caney Fork
Horsepasture River
8. Stream systems are shaped
by geological, climatic,
chemical and biological
factors (the River
Continuum Concept (RCC).
There is a dynamic but
predictable gradient of
physical, chemical and
biological characteristics
that can be observed and
measured, including width,
flow velocity, erosional
capacity, temperature,
riparian vegetation, and
macroinvertebrate
assemblages.
Why streams?
9. This progression presents opportunities for
mathematical exploration of stream
characteristics, from flow and discharge to
erosional force.
10. It also presents opportunities for biological
exploration of stream characteristics, including
macroinvertebrates and their feeding guilds.
11. Waterways are increasingly at risk of impairment from
development, agriculture, and other human activities,
and the RCC can serve as a scaffold for understanding
stream impairment, including accelerated erosional
processes, sedimentation, and decreased riparian
zones.
13. Cullowhee Creek is ~ 7 miles in length and is especially well
suited for teaching and learning about streams owing to (1) its
proximity and accessibility, and (2) its basic healthiness
punctuated by impacted reaches.
14. 1) engage in Science,
Technology, Engineering and
Math (STEM) through outdoor,
place-based learning;
2) learn about the sciences of
stream ecology and hydrology,
and how these are studied;
3) understand the nature of
scientific investigation;
4) examine authentic environmental issues of streams and offer
potential solutions; and
5) connect with professionals and experts so that they can better
understand what career opportunities are available in STEM fields.
Goals of Watershed Moments
15. We are partnering
with a Cullowhee
Valley School
teacher, future
teachers
(undergraduate
students studying to
become teachers),
and a biology
graduate student
from WCU.
16. We will work with other biologists, hydrologists, and
watershed management professionals from western NC.