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"Ground Beetle Biomonitoring on a Restored Tall Grass Prairie (Haliburton, Ontario)","Dorothy Travis","Abbey Gardens","Kaitlyn Fleming",4940,"April, 2023",Online,"Haliburton County, Abbey Gardens","Prairie Restoration",,"Abbey Gardens, a non-profit organization located in Haliburton County, Ontario, is dedicated to educating the public about eco-friendly agricultural practices and environmentally sustainable living. As part of their initiatives, Abbey Gardens has restored a 3.45-acre patch of land within their property to a tallgrass prairie (TGP) habitat. This restoration project involved the installation of native shrubs, flowers, and grasses characteristic of natural TGPs, and the area has been actively managed since its inception. The objective of this study is to assess the ecological success of the restored TGP habitat through biological monitoring. While the computed biotic indices did not exhibit strong significance due to a limited sample size and restricted sampling period, the overall ecological state of Abbey Gardens' TGP is promisingly functional. The restoration and management efforts have effectively transformed a once barren car park into a thriving ecosystem. This successful restoration project provides valuable insights that can be applied to revitalizing the fragmented and endangered tallgrass prairies across Southern Ontario.","Trent University",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"Abbey Gardens,Biomonitoring,CBR,ground beetles,prairie grass,restoration,terrestrial,Trent University,U-Links",https://database.ulinks.ca/files/original/1a405d8882fa2ea82dc7f81467439a31.pdf,Text,"Trent University - Community Based Research",1,0
"Fred and Pearl Barry Wetland Reserve Monitoring Protocol","Brandon Johnson, Jasmin Wakeling, Emily Hall, Claire Vandervoort, Alex Atkins","Haliburton Highlands Land Trust (HHLT), Ralph Baehre & Shelley Hunt","Tom Whillans",4936,"April 2023",Online,"Haliburton Highlands Land Trust (HHLT), Haliburton County,","Wetland monitoring",,"The Fred & Pearl Barry Wetland Reserve is a 100 acre property that includes
approximately 62 acres of wetland. It was donated to HHLT in 2012 by Dennis Barry.
The property is located at the southern end of South Lake, in the Township of Minden
Hills, Haliburton. The area is located at the headwaters of the provincially significant
wetland, the Kendrick Creek Wetland Complex, which feeds into the Irondale and Burnt
Rivers. In 2021, in cooperation with Glenside Ecological Services LTD this wetland
reserve was designated within a large wildlife corridor, The Highlands Corridor, and was
recognized to have features that are resilient to the effects of climate change. The
wetland reserve’s land was donated in 2012 by Dennis Barry through the Government
of Canada’s Ecological gifts program (HHLT, 2023). Unfortunately, due to the relative
sensitivity of the wetland and the mixed terrain that can pose safety risks to humans, it
is not available to the public","Trent University",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"Biomonitoring,Canadian Shield,conservation,ecozone,Haliburton County,Haliburton Highlands,HHLT,nutrient cycling,PSPs,terrestrial monitoring,Trent University,U-Links,water quality,wetland monitoring",https://database.ulinks.ca/files/original/a44a9b3d0d7f541d0cc08df287efde53.pdf,Text,"Trent University - Community Based Research",1,0
"Haliburton Lake Benthic Assessment","Andrew Bunn","Trent University, the Haliburton Lake Cottagers Association","Brendan Hickie, Lindsay Bevan",,"April 2022",Online,"Haliburton Lake ","Environmental Studies",,"This project contributes to the Woodlands and Waterways Ecowatch program, which is overseen by U-Links. The goal of this program is to monitor and gather data on the health of forest and aquatic ecosystems within the Haliburton region. This data will then be used to aid in the planning and management of these ecosystems, to ensure they are in good health for future generations. The purpose of the Haliburton Lake benthic assessment is to gather data on the baseline composition of the benthic communities found within the lake to determine the health of the ecosystem. This is the third year this project has been conducted, so previous years data will be compared to the current findings to identify trends within the benthic communities present. This will help to determine the current state of the lake and aid in developing future management strategies. ",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"benthic macroinvertebrates,Biomonitoring,Haliburton Lake,lake health",https://database.ulinks.ca/files/original/273ba7103a032d48c5b4f762469a413b.pdf,,"Trent University - Community Based Research",1,0
"Benthic Project: Water Quality Assessment for Kabakwa Lake ","Mandi McMullen ","Trent University ","Dr. Kaitlyn Fleming",,"December 2021",,"Kabakwa Lake ","Benthic Biomonitoring ",,"In Kabakwa Lake of Haliburton, Ontario, benthic invertebrate samples were collected via Ontario Benthos Biomonitoring Network protocol. The purpose of collecting benthic macroinvertebrates was to contribute to a long-term benthos biomonitoring program. Long-term benthic collections for Kabakwa Lake were collected for the first time for 2021. Benthic collections provide insight on the present water quality and if the waterbody is affected by pollution. These can then help build management actions to prevent further contamination of the sites.",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"benthic macroinvertebrates,Biomonitoring,Kabakwa Lake,water quality",https://database.ulinks.ca/files/original/6e0f015f2dda7d744153da867f813870.pdf,,"Trent University - Community Based Research",1,0
"Horseshoe Lake Benthic Macroinvertebrate Report","Brendan Martin, Jide Sayomi, Adam Alaimo","Horseshoe Lake Property Owners Association","Erin McGauley, Fleming College School of Environment and Resource Sciences
Melanie Logan, Fleming College School of Environment and Resource Sciences",,2019,Online,"Haliburton County",,,"Horseshoe Lake is located approximately 10 kilometers northeast of the town of Minden, Ontario. The lake acts as a reservoir for the Trent/Severn Waterway and has had a sizable cottage community along its shores for many generations. From 2017-2018 the Horseshoe Lake Property Owners Association (HLPOA) in conjunction with U-Links Centre for Community Based Research has partnered with post-secondary students to analyze the benthic macroinvertebrate communities along the lake shoreline. These organisms are identified by order, a classification of life similar to that of genus and species, with each order having a different level of sensitivity to organic pollution. The results of this initial phase of the study indicate that there is probably some organic pollution present in the lake, but the source or sources of this pollution and whether or not there are any trends present is not yet known. This phase of the project will be used as a baseline for future years of sampling and lays the framework for how future studies should be conducted.","Fleming College",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"benthics,Biomonitoring,CBR,Fleming College,Horseshoe Lake,lake health",https://database.ulinks.ca/files/original/b1668d61a74ea1ef1ca914bc83b52fe0.pdf,,"Fleming College - Community-Based Research",1,0
"Kennisis Lake Community Benthos Biomonitoring Project 2019","Brendan Martin","Kennisis Lake Cottage Owners' Association","Eric Sager",,2020,on-line,"Kennisis Lake, Haliburton Highlands","Biology, Ecology, Environmental Science, Water Science",,"One site on Kennisis Lake and one site on Johnson Lake were sampled in order to assist in determining the health of Kennisis Lake. The Johnson Lake site was used as a reference as Johnson Lake has very little development compared to Kennisis Lake. The results of the project are inconclusive. More sites on Kennisis Lake need to be sampled in order to gain a better understanding of the health of the lake as a whole. Additional years of sampling are also required in order to ensure natural variability between and within sites can be accounted for.",U-Links,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"benthics,benthos,Biomonitoring,CBR,Kennisis Lake,lake health,macroinvertebrates",https://database.ulinks.ca/files/original/468f673fd1acb56d19872ad095fd6298.pdf,,"Trent University - Community Based Research",1,0
"Haliburton Lake Community Benthos Biomonitoring Project 2019","Brendan Martin
Joseph Gentile
Hannah Williams
Stephanie Barrie
Julia Herault","Haliburton Lake Cottagers' Association, Lindsay Bevan","Erin McGauley, Environmental Technology",4933,2020,on-line,"Haliburton Lake, Haliburton County","Biology, Ecology, Environmental Science, Water Science",,"Haliburton Lake Cottagers' Association partnered with Fleming College and U-Links to begin determining the health of Haliburton Lake using benthic macroinvertebrates. Two sites were sampled as part of this pilot project in an attempt to begin understanding the health of Haliburton Lake. After only one sampling event it is difficult to determine what the state of Haliburton Lake is with great certainty. Future sampling events will need to be completed and additional sites should be considered in future sampling events in order to gain a better understanding of the broader health of the lake. Based on the sites analyzed in 2019, Haliburton Lake is somewhere in the range of “fair” to “fairly poor” indicating that there is likely some form of organic pollution entering the lake. The extent and location of this pollution is unclear at this time and more sampling will be required to determine if this pollution is human caused; if it is being produced from a single source or more broadly throughout the lake; and whether it is improving, remaining stable, or getting worse as time progresses. At the same time, however, the presence of large numbers of usually sensitive groupings indicates that there are complexities at play in Haliburton Lake that will require further research to understand. It is recommended that sampling continue in subsequent years in order to gain a better understanding of the overall health of the lake and to potentially locate sites that can be improved to better the health of the lake.",U-Links,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"benthics,benthos,Biomonitoring,CBR,Fleming College,Haliburton Lake,lake health,macroinvertebrates",https://database.ulinks.ca/files/original/a2384d4670b166b468028d7c5793c24b.pdf,,"Fleming College - Community-Based Research",1,0
"U-Links Benthos Biomonitoring Pilot Project Evaluation Report","Duncombe-Lee, Amanda ","U-Links Centre for Community-Based Research",,N/A,"November 2019","on-line, U-Links office",,"Project Evaluation - Benthos Biomonitoring Project",,"Formative evaluation of the 2019 Benthos Biomonitoring Pilot Project.
In 2019, The TCCBE applied for a Trillium SEED grant under the Green People category in collaboration with U-Links to launch a pilot project that would address the increasing needs of the local lake associations for regular benthic biomonitoring. The pilot project also facilitated vital
field experience for students enrolled in community-based research courses under the Community Based Education (CBE) program.
The evaluation was completed by systematically reviewing the project records to determine progress towards milestones; first-person observation of program implementation; conducting a series of interviews and online surveys with stakeholder groups that focused on whether any changes should be made to the existing project design in place and whether the evidence
supports an application for funding support; and reviewing the literature in place that supports the project design.
The specific questions that were asked of each group (see Appendix 1) attempted to gauge the progress towards objectives for the pilot submitted in the application for the Trillium SEED Grant.
A total of thirteen stakeholders, including lake association members, students, U-Links staff and faculty from Trent University and Fleming College were surveyed or interviewed. The interviewees represented a range of involvement with the project.
The report concluded that TCCBE and U-Links have made significant and positive progress on every milestone they set out to achieve, much of it earlier than originally anticipated, and that there is confidence amongst stakeholders in the effectiveness of the model. Moreover, the implementation of this project led to some important quality assurance decisions as well as some new partnerships that will ensure the model will continue to align with best practices while scaling up to meet the research needs of community organizations in multiple geographic areas.
",,,,,,,,,,,"November 25, 2019",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"Amanda Duncombe-Lee,benthos biomonitoring,Biomonitoring,lake associations,lake health,OBBN,Ontario Trillium Foundation,pilot project",https://database.ulinks.ca/files/original/be47f960d10c1c9cbce2496a33566adf.pdf,,"Haliburton County - Grey Literature",1,0
"Environmental Monitoring Field Protocol Options","Meghan Robinson","U-Links Centre for Community Based Research
Amanda Duncombe-Lee","Tom Whillans",TP_3840,2019,Online,"Haliburton County","Biomonitoring
Environmental Education
Higher Education
Environmental Science",,"Trent University has an incredible environmental science program, yet only has a few options for service-learning opportunities for students. Designing service-learning courses for Trent University students can help them to gain valuable field skills that many environmental sector employers are looking for, in today's job market. There are many environmental monitoring protocols that could be learned and executed by students, toward a credit at Trent, while also helping communities that have specific environmental monitoring needs gather specific baseline data sets. Many of the necessary monitoring protocols would be suitable for an environmental monitoring fieldwork service-learning course for Trent students. At the same time, students could also assist community organizations by helping them to start their own monitoring or citizen science programs. This report further explores how best to design an environmental monitoring course for Trent University.","Trent University",,,,,,,,,,2019,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"benthic,benthos,biodiversity,Biomonitoring,community service learning,environment,environmental,meghan robinson,Tom Whillans",https://database.ulinks.ca/files/original/3ef8d9eac1b059d36cf41c43d1ac3a52.pdf,,"Trent University - Community Based Research",1,0
"TP_4830 Lake Kashagawigamog Biomonitoring Report - Invasive Species","Mallory Simpson, Alex Walsh",,,,,,,"Lake Kashawigamog, with over 2000 acres of water, is the central lake in a five lake chain that although surrounded by deciduous and coniferous forest, has its shoreline developed by cottages and resorts. The purpose of this project is to identify the threat of invasive species, their concentration to help improve future water quality management plans for The Lake Kashawigamog Organization (LKO). Six invasive species were recorded using a number of different sampling methods. After reviewing the threat of each individual invading species, recommendations are made on how to properly proceed with managing each of the invasive species in order to maintain a healthy lakes system.
",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"Alex Walsh,Aquatics,Biomonitoring,Cheryl McKenna-Neuman,Citizen Science,environmental,invasive species,Lake Kashagawigamog,lakes,Mallory Simpson,Management,Michael Fox,water quality,watersheds",https://database.ulinks.ca/files/original/fbd771198281f3c56ed37653fdfe3b4b.pdf,,"Trent University - Community Based Research",1,0
"Kennisis Lake Community Environmental Monitoring Program","Breton-Honeyman, Kaitlin","Kennisis Lake Planning Committee
Host contact: Douglas, Cameron","Sager, Eric
Department: Environmental and Resource Science/Studies",TP-573,2006,"U-Links Office and online","Kennisis Lake","Community lake monitoring programs","This report outlines potential, existing community-monitoring programs and includes suggested next steps fo the Kennisis Lake Cottage Owners' Association.","The aim of the Kennisis Lake Community Based Environmental Monitoring Program is to collect key data in order to monitor change in, on, and around the lake. The monitoring of change is essential to identifying threats to the lake and to track positive progress of initiatives created by the Plan. It should also help to identify areas that require further research. This project not only has monitoring goals but also has important educational and community building aspects. A major goal of the project is to get community members out interacting with each other and their environment. This is critical in order for 2 cottagers to make connections between human activities and the consequences to the lake ecosystem. The ability of young children to connect with nature early on significantly influences their attachment to the environment later on in life. The vision of this project is that it will foster ongoing environmental responsibility. The overall Community Monitoring Program needs to be meaningful and to function in cottagers’ minds. Therefore, this project should continue to evolve to fit the changing needs of the Lake and its community. This program should also facilitate community spirit and will hopefully reach out to some who have yet to directly engage directly in shared lake stewardship. This program could serve as a wonderful example of the power of citizen science. The result will be a greater understanding and feeling of responsibility for Kennisis Lake and the information collected from these programs should also shape future research and policy decisions on Kennisis Lake.","Trent University",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"Biomonitoring,community,Environment Studies,environmental monitoring,Haliburton County,Kennisis Lake,lake planning,lakes,stewardship",https://database.ulinks.ca/files/original/32689e3e3c867a32e0e17a58d988eeb4.pdf,,"Trent University - Community Based Research",1,0
"Assessing the Health of Gull Lake","Emily Grubb","Gull Lake Cottagers Association, Helga Sonnenberg","Tom Whillans, Biology",TP-663,2013,,"Gull Lake, Minden Hills","Environmental Science
Biology
Ecology ",,"Gull Lake is an inland lake located in Northern Ontario in Haliburton County. The Gull Lake Cottage Association (GLCA) is concerned with the overall water quality of the lake as there has been increased shoreline development. According to Karr and Chu (1999), biological monitoring, measuring and evaluating the condition of a living system, or biota, is the first step in protecting life in waters or anywhere else. Biological evaluations and criteria can redirect management programs towards restoring the maintaining the chemical, physical, and biological integrity of aquatic systems. Three sites were chosen along the lake from distance end to end and sampled using the kick and sweep method. Assessments of species richness, species composition, relative abundances of species, and feeding relationships among resident organisms are the most direct measures of determining biological conditions within Gull Lake.
Amphipods were found to be the most dominate species at each site, representing over 50% of the benthic community. Results from functional feeding group analyses revealed that all sampling sites are collector-dominated, representing almost 80% of the benthic community, and were composed primarily of Amphipods. Site 1 was found to have the highest species richness and abundance across the three sites. Sites 2 and 3 species richness and abundance are relatively similar and not far from that of site 1. Based on the results of the Hilsenhoff Biotic Index, water quality is ""fair"" as determined by macroinvertebrate species assemblages. Studies have found that recolonization of other macroinvertebrates was reduced when Amphipod numbers were high indicating predation or some form of competitive exclusion (Waters, 1964) which could potentially explain why there are such large numbers of Amphipods found across sites sampled on Gull Lake. It is important that factors (such as landscape-level factors such as land use/cover, surficial geology, and surface area or geographic factors such as latitude (Richards et al,. 1997)) are further looked into in order to develop the real reasons as to why Amphipods are in such high abundance within Gull Lake.
",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"benthic macroinvertebrates,Biomonitoring,CBR,indicator species,Trent University,water quality",https://database.ulinks.ca/files/original/80296229ffec7492c7a422bb16557817.pdf,,"Trent University - Community Based Research",1,0