This document is a curriculum vitae for Jaime J. Coon that summarizes their education and experience. Coon received their Ph.D. from the University of Illinois at Urbana-Champaign in 2020, with a focus on wildlife ecology, invasive plant management, and human dimensions of conservation. They are currently a visiting assistant professor at Earlham College, where they teach courses in ecology, conservation biology, and environmental science. Coon's research examines grassland bird responses to invasive plants and habitat restoration, as well as private landowner decisions around conservation. Their work has resulted in several peer-reviewed publications and presentations at conferences.
This curriculum vitae summarizes the qualifications and experience of Jaime J. Coon. She received her Ph.D. from the University of Illinois at Urbana-Champaign in 2020, focusing on the social and ecological dimensions of non-native grass management. She is currently a visiting assistant professor at Earlham College, where she teaches courses in ecology, conservation biology, and sustainability. Her research interests include restoration ecology, wildlife ecology, and the human dimensions of conservation and land management. She has mentored numerous undergraduate students and published several peer-reviewed articles.
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
The document discusses environmental zoning for biodiversity conservation in Lawaan, Eastern Samar, Philippines. It analyzed the area's biodiversity using ecological and social criteria through surveys and GIS mapping. Three zones were identified - very critical, critical, and less critical - based on biodiversity index values across elevation gradients. The study found that concentric zoning could lead to lower elevation extinction, and proposed environmental zoning as a new biodiversity conservation paradigm for the area.
Climatic variability and spatial distribution of herbaceous fodders in the Su...IJERA Editor
This study focused on future spatial distributions of Andropogon gayanus, Loxodera ledermanii and Alysicarpus
ovalifolius regarding bioclimatic variables in the Sudanian zone of Benin, particularly in the W Biosphere
Reserve (WBR). These species were selected according to their importance for animals feed and the
intensification of exploitation pressure induced change in their natural spatial distribution. Twenty (20)
bioclimatic variables were tested and variables with high auto-correlation values were eliminated. Then, we
retained seven climatic variables for the model. A MaxEnt (Maximum Entropy) method was used to identify all
climatic factors which determined the spatial distribution of the three species. Spatial distribution showed for
Andropogon gayanus, a regression of high area distribution in detriment of low and moderate areas. The same
trend was observed for Loxodera ledermannii spatial distribution. For Alysicarpus ovalifolius, currently area
with moderate and low distribution were the most represented but map showed in 2050 that area with high
distribution increased. We can deduce that without bioclimatic variables, others factors such as: biotic
interactions, dispersion constraints, anthropic pressure, human activities and another historic factor determined
spatial distribution of species. Modeling techniques that require only presence data are therefore extremely
valuable.
A numerical analysis of understory plant associations in a Pinus wallichiana ...Innspub Net
The present investigation describes the structure and vegetation composition of the forest located in Murree Hills, Punjab, Pakistan. The study area is a part of Himalayans moist temperate forest. The vegetation zone entirely consists of shrubs or medium size trees. The plants give the appearance of a vast flower bed, composed principally of herbaceous species. These species are adapted to withstand the extremes of cold and desiccation. Study area range in altitude from 2100m-2300 m (A.S.L.). A total of 65 species, belonging to 62 genera and 39 families were recorded from 40 stands. Angiosperms contributed a major share while Pteridophytes contributed little to the floristic richness of the area. Data were analyzed by multivariate statistics including Cluster Analysis, Detrended Correspondence Analysis (DCA) and correlation co-efficient to detect the relations between altitudinal and some environmental factors with composition and structure of the plant communities. DCA axis 1 and axis 2 were used to interpret the data. Four vegetation types were delineated by Cluster Analysis which was then plotted on the first two axes a scattered diagram. The outcome of the cluster was confirmed by using DCA. There were significant differences in the flora composition as well as the edaphic factors along the altitudinal gradient. The results of the present investigation suggest a direct altitudinal and soil chemical factors pH, EC, cations and anions on the vegetation variation. Topography predicts species composition of the study area.
The document outlines the core module syllabus for environmental studies courses in undergraduate programs across all disciplines in India. It discusses the importance of environmental education and sustainable development. It notes that the syllabus was developed by an expert committee appointed by the University Grants Commission in response to a Supreme Court directive. The syllabus aims to provide students a basic understanding of environmental issues through a six-month compulsory course covering various topics related to natural resources, ecosystems, biodiversity, pollution, social issues, and field work.
Environmental Science Book as per the syllabus of University of Calcutta.
Erach Bharucha.
For Undergraduate Courses of all branches of Higher Education.
Ecological assessment of plant communities in the peochar valley of the hindu...Shujaul Mulk Khan
This study quantified the effect of environmental variables on plant species composition in the Peochar Valley, located in the Hindu Raj mountains of the Hindu Kush. A mixture of quadrat and transect methods were used. Quadrat sizes were 10 × 10 m, 2 × 5 m, and 1 m2 for trees, shrubs, and herbs, respectively, determined using the minimal area method. Twenty-seven stations were established along 6 elevation transects on slopes with various aspects. Density, cover, and frequency were recorded for all species in each quadrat. Aspect, elevation, rock types, soil nature, and grazing pressure were also considered as edaphic and topographic variables. Preliminary results showed that the Peochar Valley hosts 120 species. Presence/absence data for these species were analyzed with cluster and 2-way cluster techniques to elaborate species composition in the study area; this resulted in 4 plant communities. Species abundance and environmental data matrices were developed to evaluate the ecological gradient of vegetation through canonical correspondence analysis. Of the environmental variables, elevation, aspect, grazing pressure, soil depth, and rock type showed a significant effect on species composition and diversity. We also identified the dominant and rare plant species in each plant community based on their low importance value indexes. Conservation measures are recommended for all flora of this valley and for rare species in particular.
This curriculum vitae summarizes the qualifications and experience of Jaime J. Coon. She received her Ph.D. from the University of Illinois at Urbana-Champaign in 2020, focusing on the social and ecological dimensions of non-native grass management. She is currently a visiting assistant professor at Earlham College, where she teaches courses in ecology, conservation biology, and sustainability. Her research interests include restoration ecology, wildlife ecology, and the human dimensions of conservation and land management. She has mentored numerous undergraduate students and published several peer-reviewed articles.
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
The document discusses environmental zoning for biodiversity conservation in Lawaan, Eastern Samar, Philippines. It analyzed the area's biodiversity using ecological and social criteria through surveys and GIS mapping. Three zones were identified - very critical, critical, and less critical - based on biodiversity index values across elevation gradients. The study found that concentric zoning could lead to lower elevation extinction, and proposed environmental zoning as a new biodiversity conservation paradigm for the area.
Climatic variability and spatial distribution of herbaceous fodders in the Su...IJERA Editor
This study focused on future spatial distributions of Andropogon gayanus, Loxodera ledermanii and Alysicarpus
ovalifolius regarding bioclimatic variables in the Sudanian zone of Benin, particularly in the W Biosphere
Reserve (WBR). These species were selected according to their importance for animals feed and the
intensification of exploitation pressure induced change in their natural spatial distribution. Twenty (20)
bioclimatic variables were tested and variables with high auto-correlation values were eliminated. Then, we
retained seven climatic variables for the model. A MaxEnt (Maximum Entropy) method was used to identify all
climatic factors which determined the spatial distribution of the three species. Spatial distribution showed for
Andropogon gayanus, a regression of high area distribution in detriment of low and moderate areas. The same
trend was observed for Loxodera ledermannii spatial distribution. For Alysicarpus ovalifolius, currently area
with moderate and low distribution were the most represented but map showed in 2050 that area with high
distribution increased. We can deduce that without bioclimatic variables, others factors such as: biotic
interactions, dispersion constraints, anthropic pressure, human activities and another historic factor determined
spatial distribution of species. Modeling techniques that require only presence data are therefore extremely
valuable.
A numerical analysis of understory plant associations in a Pinus wallichiana ...Innspub Net
The present investigation describes the structure and vegetation composition of the forest located in Murree Hills, Punjab, Pakistan. The study area is a part of Himalayans moist temperate forest. The vegetation zone entirely consists of shrubs or medium size trees. The plants give the appearance of a vast flower bed, composed principally of herbaceous species. These species are adapted to withstand the extremes of cold and desiccation. Study area range in altitude from 2100m-2300 m (A.S.L.). A total of 65 species, belonging to 62 genera and 39 families were recorded from 40 stands. Angiosperms contributed a major share while Pteridophytes contributed little to the floristic richness of the area. Data were analyzed by multivariate statistics including Cluster Analysis, Detrended Correspondence Analysis (DCA) and correlation co-efficient to detect the relations between altitudinal and some environmental factors with composition and structure of the plant communities. DCA axis 1 and axis 2 were used to interpret the data. Four vegetation types were delineated by Cluster Analysis which was then plotted on the first two axes a scattered diagram. The outcome of the cluster was confirmed by using DCA. There were significant differences in the flora composition as well as the edaphic factors along the altitudinal gradient. The results of the present investigation suggest a direct altitudinal and soil chemical factors pH, EC, cations and anions on the vegetation variation. Topography predicts species composition of the study area.
The document outlines the core module syllabus for environmental studies courses in undergraduate programs across all disciplines in India. It discusses the importance of environmental education and sustainable development. It notes that the syllabus was developed by an expert committee appointed by the University Grants Commission in response to a Supreme Court directive. The syllabus aims to provide students a basic understanding of environmental issues through a six-month compulsory course covering various topics related to natural resources, ecosystems, biodiversity, pollution, social issues, and field work.
Environmental Science Book as per the syllabus of University of Calcutta.
Erach Bharucha.
For Undergraduate Courses of all branches of Higher Education.
Ecological assessment of plant communities in the peochar valley of the hindu...Shujaul Mulk Khan
This study quantified the effect of environmental variables on plant species composition in the Peochar Valley, located in the Hindu Raj mountains of the Hindu Kush. A mixture of quadrat and transect methods were used. Quadrat sizes were 10 × 10 m, 2 × 5 m, and 1 m2 for trees, shrubs, and herbs, respectively, determined using the minimal area method. Twenty-seven stations were established along 6 elevation transects on slopes with various aspects. Density, cover, and frequency were recorded for all species in each quadrat. Aspect, elevation, rock types, soil nature, and grazing pressure were also considered as edaphic and topographic variables. Preliminary results showed that the Peochar Valley hosts 120 species. Presence/absence data for these species were analyzed with cluster and 2-way cluster techniques to elaborate species composition in the study area; this resulted in 4 plant communities. Species abundance and environmental data matrices were developed to evaluate the ecological gradient of vegetation through canonical correspondence analysis. Of the environmental variables, elevation, aspect, grazing pressure, soil depth, and rock type showed a significant effect on species composition and diversity. We also identified the dominant and rare plant species in each plant community based on their low importance value indexes. Conservation measures are recommended for all flora of this valley and for rare species in particular.
Species Diversity and Above-ground Carbon Stock Assessments in Selected Mangr...Innspub Net
Mangrove ecosystems are known for being the rainforest of the sea. Philippines is bestowed with this naturally rich mangrove ecosystem with diverse floral and faunal species. Despite this natural abundance, mangrove ecosystems are subjected to natural and human induced degradations specifically conversion to fish shrimp ponds that resulted in diminution aside from its effect on terrestrial and oceanic carbon cycling and could also affect its important role in terms of terrestrial and oceanic carbon cycling. This study is conducted to determine
the mangrove diversity, distribution and the above-ground biomass and C-stocks in Glan and Malapatan, Sarangani Province. Purposive sampling is implemented in establishing the plots on both sites. Results show eight (8) mangrove species belonging to four (4) families are observed in both areas. Data also reveal that the mangrove ecosystem in Glan Padidu, Glan is undisturbed. Rhizophora apiculata and Sonneratia alba are found to be dominant on the two sites. Because of the large tree girths and high density of species observed on the studied areas, both forests have the potential to sequester and store large amount of atmospheric carbon. Thus, this study quantifies mangrove tree biomass in view of carbon trading as significant in lessening the effects of global warming.
David Lindenmayer_Transforming long-term plot-based research in Australia: LT...TERN Australia
This document discusses a collaborative book project involving 83 environmental professionals that described changes in Australian ecosystems based on long-term research. It included 14 chapters covering nine ecosystems, drawing from 35 core long-term studies. Key findings included detecting increased woodland bird populations and impacts of interventions like grazing control. The book aims to inform natural resource management by documenting ecosystem changes. Future work will maintain long-term sites, curate datasets, succession plan, and conduct new synthesis using long-term data to understand drivers of change across systems over time.
Diversity and species composition of mangroves species in Pilar, Siargao Isla...Innspub Net
Mangroves are considered as the most significant components of the coastal ecosystem and among the most productive and biologically complex ecosystems on the planet. Assessment of mangrove species plays a critical role in the preservation and protection of the mangroves forest. The study aimed to assess the mangrove species in Pilar, Siargao Island. The belt transect was employed with a dimension of modified 10 m x 12 m and was installed per quadrat. Eight mangrove species were identified under four families, and these are B. sexanguela, C. decandra, R. apiculata, R. mucronata, A. alba, A. marina, L. littorea, and X. granatum. One species, C. decandra is categorized by the IUCN as a near-threatened state. Results from the mangroves vegetation structure show that R. apiculata got the highest relative frequency (26.32%), density (35.46%), and dominance (55.08%) therefore; it has the highest importance value (116.85%). This further implies that R. apiculata is the most important and acclimated mangrove species in the study area. The species diversity in Pilar, Siargao Island falls under very low diversity (H’=1.63) which might be attributed to some human-related disturbances. Thus, further consideration in future planning and conservation to increase the resiliency of the mangrove ecosystem is needed.
Fire as a management tools in protected area of nepalgagan sharma
This document summarizes a presentation on the use of fire as a management tool in protected areas of Nepal. It discusses how fire is a natural disturbance that can both improve ecosystems and pose threats. While wildfires often cause environmental degradation, prescribed fire under controlled conditions can be used strategically for purposes like hazardous fuel reduction, plant community restoration, improving wildlife habitat and access, controlling insects and disease, and managing competing vegetation. The document reviews these various uses of prescribed fire and provides examples from protected areas in Nepal. It concludes that policies focused solely on fire suppression must consider how fire also plays an important ecological role, and that fire management training could help reduce wildfire risks while enhancing protected area management.
Edible Sustainable Landscaping at Clark University (Final Paper)Jenkins Macedo
This document presents a research paper on designing an edible sustainable landscape plot at Clark University. The paper was written by four students (Jenkins Divo Macedo, Hoang Dao, Matt Huck, and Andrea Gialtouridis) for a course on sustainability in higher education. The paper discusses the benefits of replacing traditional grass lawns with edible landscaping, outlines the methods used in the project including interviews and a soil analysis, and presents the results of selecting a plot on campus for the edible landscape. The selected plot is dominated by grass and located on Downing Street.
Genetic aspects of forest fragmentationMADHAB BEHERA
Forest fragmentation involves the breaking up of large contiguous forest areas into smaller patches separated by other land uses like agriculture or development. It can occur naturally through events like fires or climate change, but is often caused by human activities like road building, agriculture, or deforestation. Forest fragmentation has ecological, demographic, and genetic consequences. It reduces habitat quality and connectivity, negatively impacts species populations and communities through reduced densities and increased edge effects, and decreases genetic diversity by isolating populations and reducing gene flow. The smaller and more isolated the fragmented forest patches become, the greater the negative impacts on biodiversity.
David Lindenmayer_LTERN and the conservation and management of temperate euca...TERN Australia
This document discusses research on the conservation and management of temperate eucalypt woodlands in Australia. It describes several long-term research studies monitoring plants, animals, and vegetation structure in woodland plots. Key findings include increased detection rates of some woodland bird species over the past decade, the importance of replanted and regrowth woodlands for biodiversity, and improvements to vegetation and birds from interventions like grazing control. The document advocates for conservation initiatives on private lands, incentives to prevent clearing, controlling damaging grazing, and continued restoration funding to benefit biodiversity in temperate woodlands.
This document discusses a study that tested whether the endemic palm Phoenix pusilla could act as a nurse plant species in degraded tropical dry evergreen forests in India. The study found that P. pusilla improved soil and microclimate conditions, which enhanced seed germination, seedling emergence, and establishment of other woody species. Specifically, P. pusilla's presence increased soil organic matter and water retention while decreasing temperature and light levels. This nucleated the succession of a more species-rich woody plant community, indicating P. pusilla's potential for use in restoration efforts and its importance for biodiversity conservation in these landscapes. The study highlights how traditional ecological knowledge can help identify effective nurse species.
Quantification of deadwood littered by Acacia spp. in semi-arid ecosystems of...Innspub Net
Deadwood (DW) is an important carbon component for conservation and management of biodiversity resources. They are ubiquitous in many semi-arid ecosystems although its estimation is still posing lots of challenges. At Chimwaga woodland in Dodoma Region of Central Tanzania, seasonal quantification of DW produced by two Acacia spp. was done to evaluate the influence of each tree species, Dbh and canopy area on DW biomass and to determine their ecological role in conservation of semi-arid ecosystem. Both purposive and random sampling techniques were used in the course of a completely randomized design (CRD). Thirty trees from each species of Acacia tortilis and Acacia nilotica were studied. Results portray that DW biomass was significantly higher (P < 0.05) in the dry season than in the rain season whereby A. tortilis produced 669.0 ± 135.90kg DM/ha (dry season) and only 74.3 ± 135.90kg DM/ha (rain season) while A. nilotica produced 426.1 ± 135.90kg DM/ha (dry season) and 36.5 ± 135.90kg DM/ha (rain season). DW biomass did not correlate significantly (P > 0.05) with Dbh and canopy area. Inter-specific interactions were encountered from experimental areas where DW was littered that facilitated ecosystem balance in semi-arid areas. This information is important for estimating amount of dead wood biomass required to be retained in the forest provided that, at the expense of ecology, they are refuge for arthropods, fungi, bryophytes and other important soil microbes representing primary components of Biodiversity in semi-arid ecosystems.
Phyto climatic gradient of vegetation and habitat specificity in the high ele...Shujaul Mulk Khan
Phyto-climatic gradient and ecological indicators can be used to understand the requirements, long term management and conservation strategies of natural habitats and species. For this purpose phytosociological attributes were measured using quadrats along transects on different slope aspects across an elevation range of 2450-4400 m. The 198 recorded plant species were placed in five Raunkiaer life form classes among which the Hemicryptophytes (51%) dominate the flora of the study area followed by Phanerophytes and Cryptophytes (Geophytes) with 15 and 13% dominance respectively. Therophytes and Chamaephytes are represented by smaller numbers (12 & 10% each). The phyto-climatic gradient of the vegetation was evaluated using Detrended Correspondence Analysis (DCA) and Canonical Correspondence Analysis (CCA). Phyto-climatic relationships show that Phanerophytes especially tree species are widely distributed on northern aspect slopes whilst shrubs are more dominant on southern aspect slopes. Woody plants are dominant at lower altitudes (2450-2800 m), with a much smaller proportion occurring at middle elevations (2800-3300 m) whilst higher (3300-3900 m) and highest elevations (3900-4400 m) are dominated mainly by hemi-cryptophytes and cryptophytes. Our findings further elucidate that vegetation changes gradually from moist-cool temperate Phanerophytic and Chamaephytic elements to dry-cold subalpine and alpine herbaceous Cryptophytic and Hemi-cryptophytic vegetation in the upper elevations. Assessment of life forms and ecological gradient provide a basis for more extensive conservation studies on biodiversity in mountain ecosystems. Our findings further advocate that the Naran Valley appears to be at a transitional floristic position bridging the contrasting moist and dry temperate zones of the Sino-Japanese and Irano-Turanian floristic regions.
This document outlines educational programs and activities at a wildlife park and conservation center. It describes the park's acreage and facilities for walking tours and animal enclosures. The conservation center covers 108 acres used for field trips, community projects, and natural areas like a pond and wetland. The center offers multi-topic educational sets and field lessons on subjects like mapping, plants, and soil science. Lessons are hands-on and aim to foster understanding of ecology, systems thinking, and sustainability. Sample lessons are provided on leaf litter monitoring and plant diseases. Educational standards are referenced to ensure appropriate skills and knowledge are built up progressively from kindergarten through high school.
Reforestation is one of the Philippines’ government efforts to restore and rehabilitate degraded mangrove ecosystems. Although there is recovery of the ecosystem in terms of vegetation, the recovery of closely-linked faunal species in terms of community structure is still understudied. This research investigates the community structure of mangrove crabs under two different management schemes: protected mangroves and reforested mangroves. The transect-plot method was employed in each management scheme to quantify the vegetation, crab assemblages and environmental variables. Community composition of crabs and mangrove trees were compared between protected and reforested mangroves using non-metric multi-dimensional scaling and analysis of similarity in PRIMER 6. Chi-squared was used to test the variance of sex ration of the crabs. Canonical Correspondence Analysis was used to determine the relationship between crabs and environmental parameters. A total of twelve species of crabs belonging to six families were identified in protected mangroves while only four species were documented in reforested mangroves. Perisesarma indiarum and Baptozius vinosus were the most dominant species in protected and reforested mangrove, respectively. Univariate analysis of variance of crab assemblage data revealed significant differences in crab composition and abundance between protected mangroves and from reforested mangroves (P<0.05).><0.05).Environmental factors and human intervention had contributed to the difference in crab assemblages in mangrove ecosystems.
State and transition models (STMs) are tools that integrate ecosystem dynamics into management by defining alternative ecosystem states and the transitions between them. Climate relates to STMs by influencing ecological sites and the potential vegetation communities. As climate changes, STMs may need to consider shifting reference states and allow for novel communities. Applying STMs across mixed land uses adds complexity but can help assess conservation value under different land use states.
Kimberly Elsenbroek has extensive experience in invasive species management, restoration ecology, and environmental education. She received a B.S. in plant biology from Southern Illinois University and an M.S. in evolution, ecology and behavior from Indiana University. Her research has focused on prairie restoration, soil microbes, allelopathy, and ecotypic responses to climate change. She has worked on numerous restoration projects, conducted outreach programs, and taught university courses. Elsenbroek seeks to expand science communication through journalism and continues gaining experience in education, research, and conservation.
This curriculum vitae outlines the education and research interests of Dr. Ioannis Spanos. He received his first certificate from Aristotle University of Thessaloniki in 1982, his PhD from the same university in 1992 on the structure analysis and regeneration of Pinus brutia, and conducted post-doctoral research at the University of Aberdeen in 1993 on the effects of infection on Betula pubescens growth. His research interests include silviculture, forest ecology, plantations, biodiversity, and sustainable forest management. He has published extensively in international journals, books, and conferences on these topics.
This document summarizes a study on resource partitioning among large grazing herbivores in Mabula Game Reserve in South Africa. The study examined factors like body size, digestive strategies, grass quality, and habitat types that influence how different herbivore species partition resources. Field observations were conducted in the wet and dry seasons to record herbivore species, group sizes, and selected grass species. Grass samples were analyzed to determine nutrient quality. Preliminary results found high overlap between blue wildebeest and plains zebra, and high selection of Cynodon dactylon grass at old settlement sites by multiple species. Further analysis of habitat use and grass chemistry may provide insights into niche separation between herbivore species.
Pasil Mangrove Flora Species and Conservation Linksandrew ordonio
This document summarizes a study on the mangrove flora of Pasil, Philippines. It assessed the floral species composition and diversity across three sampling sites. A total of 19 true mangrove species belonging to 9 families were found. The lower sampling site had the highest species diversity at 74.65% compared to the mid and upper sites. Avicennia marina was the most dominant species across all sites. The study also described a community-based conservation initiative led by a local organization that focused on the near-threatened species Ceriops decandra. Continued assessment of the mangrove flora and fauna was recommended.
This study mapped the vegetation types in the Jama Coaque Reserve in Ecuador using GPS waypoints collected along trails. Five vegetation types were identified: primary and secondary tropical moist forest, primary and secondary premontane cloud forest, and agroforestry. Vegetation maps showed general patterns of increasing elevation between forest types. The average starting elevation of cloud forest was 518m, agreeing with prior predictions of 525m, except along northern trails where cloud forest began at lower elevations. Future research could use drones to map forest types between trails at the reserve.
This document provides background information on longleaf pine ecosystems and describes a study conducted at Oak Mountain State Park in Alabama. It discusses how longleaf pine ecosystems used to dominate the southeastern US but were largely destroyed by logging and fire suppression. The study aimed to better understand montane longleaf pine ecosystems by examining relationships between environmental variables, juvenile pine abundance, and adult pine basal area across foothill and mountain slope sites. It hypothesized that variables like decreased soil depth and increased slope or tree competition would negatively impact pine recruitment and growth. The document outlines the environmental variables measured, including canopy openness, slope, and soil depth.
This document outlines the core module syllabus for environmental studies courses in higher education in India. It discusses the importance of environmental education and sustainable development. The syllabus is divided into 8 units that cover topics like natural resources, ecosystems, biodiversity, environmental pollution, social issues, human population, and field work. The goals are to enhance students' knowledge, skills, and attitudes around environmental issues through 45 lectures and 5 hours of hands-on field activities. Teaching methods include classroom lessons and experiential learning in local environments.
The document provides an introduction to an environmental science course. The course aims to teach students about key environmental topics including ecosystems, renewable and non-renewable resources, biodiversity conservation, environmental pollution, and environmental policies. Over the course, students will learn to explain ecosystems and natural resource management, identify causes of pollution and waste management practices, and outline environmental laws and the relationship between human communities and their environment. The course is divided into units covering topics such as the multidisciplinary nature of environmental studies, different ecosystem types, natural resources issues, and causes and impacts of various forms of environmental pollution.
The document outlines the core module syllabus for environmental studies courses in undergraduate programs across all disciplines in India. It discusses the importance of environmental education and sustainable development. It notes that while humans have long been interested in ecology, the formal study of the environment has lacked attention. To address this, the Supreme Court directed the UGC to introduce basic environmental education. The UGC then created an expert committee to develop a six-month compulsory core course on environmental studies to be implemented nationwide. The syllabus covers topics like natural resources, ecosystems, biodiversity, pollution, social and population issues through classwork and field visits.
Species Diversity and Above-ground Carbon Stock Assessments in Selected Mangr...Innspub Net
Mangrove ecosystems are known for being the rainforest of the sea. Philippines is bestowed with this naturally rich mangrove ecosystem with diverse floral and faunal species. Despite this natural abundance, mangrove ecosystems are subjected to natural and human induced degradations specifically conversion to fish shrimp ponds that resulted in diminution aside from its effect on terrestrial and oceanic carbon cycling and could also affect its important role in terms of terrestrial and oceanic carbon cycling. This study is conducted to determine
the mangrove diversity, distribution and the above-ground biomass and C-stocks in Glan and Malapatan, Sarangani Province. Purposive sampling is implemented in establishing the plots on both sites. Results show eight (8) mangrove species belonging to four (4) families are observed in both areas. Data also reveal that the mangrove ecosystem in Glan Padidu, Glan is undisturbed. Rhizophora apiculata and Sonneratia alba are found to be dominant on the two sites. Because of the large tree girths and high density of species observed on the studied areas, both forests have the potential to sequester and store large amount of atmospheric carbon. Thus, this study quantifies mangrove tree biomass in view of carbon trading as significant in lessening the effects of global warming.
David Lindenmayer_Transforming long-term plot-based research in Australia: LT...TERN Australia
This document discusses a collaborative book project involving 83 environmental professionals that described changes in Australian ecosystems based on long-term research. It included 14 chapters covering nine ecosystems, drawing from 35 core long-term studies. Key findings included detecting increased woodland bird populations and impacts of interventions like grazing control. The book aims to inform natural resource management by documenting ecosystem changes. Future work will maintain long-term sites, curate datasets, succession plan, and conduct new synthesis using long-term data to understand drivers of change across systems over time.
Diversity and species composition of mangroves species in Pilar, Siargao Isla...Innspub Net
Mangroves are considered as the most significant components of the coastal ecosystem and among the most productive and biologically complex ecosystems on the planet. Assessment of mangrove species plays a critical role in the preservation and protection of the mangroves forest. The study aimed to assess the mangrove species in Pilar, Siargao Island. The belt transect was employed with a dimension of modified 10 m x 12 m and was installed per quadrat. Eight mangrove species were identified under four families, and these are B. sexanguela, C. decandra, R. apiculata, R. mucronata, A. alba, A. marina, L. littorea, and X. granatum. One species, C. decandra is categorized by the IUCN as a near-threatened state. Results from the mangroves vegetation structure show that R. apiculata got the highest relative frequency (26.32%), density (35.46%), and dominance (55.08%) therefore; it has the highest importance value (116.85%). This further implies that R. apiculata is the most important and acclimated mangrove species in the study area. The species diversity in Pilar, Siargao Island falls under very low diversity (H’=1.63) which might be attributed to some human-related disturbances. Thus, further consideration in future planning and conservation to increase the resiliency of the mangrove ecosystem is needed.
Fire as a management tools in protected area of nepalgagan sharma
This document summarizes a presentation on the use of fire as a management tool in protected areas of Nepal. It discusses how fire is a natural disturbance that can both improve ecosystems and pose threats. While wildfires often cause environmental degradation, prescribed fire under controlled conditions can be used strategically for purposes like hazardous fuel reduction, plant community restoration, improving wildlife habitat and access, controlling insects and disease, and managing competing vegetation. The document reviews these various uses of prescribed fire and provides examples from protected areas in Nepal. It concludes that policies focused solely on fire suppression must consider how fire also plays an important ecological role, and that fire management training could help reduce wildfire risks while enhancing protected area management.
Edible Sustainable Landscaping at Clark University (Final Paper)Jenkins Macedo
This document presents a research paper on designing an edible sustainable landscape plot at Clark University. The paper was written by four students (Jenkins Divo Macedo, Hoang Dao, Matt Huck, and Andrea Gialtouridis) for a course on sustainability in higher education. The paper discusses the benefits of replacing traditional grass lawns with edible landscaping, outlines the methods used in the project including interviews and a soil analysis, and presents the results of selecting a plot on campus for the edible landscape. The selected plot is dominated by grass and located on Downing Street.
Genetic aspects of forest fragmentationMADHAB BEHERA
Forest fragmentation involves the breaking up of large contiguous forest areas into smaller patches separated by other land uses like agriculture or development. It can occur naturally through events like fires or climate change, but is often caused by human activities like road building, agriculture, or deforestation. Forest fragmentation has ecological, demographic, and genetic consequences. It reduces habitat quality and connectivity, negatively impacts species populations and communities through reduced densities and increased edge effects, and decreases genetic diversity by isolating populations and reducing gene flow. The smaller and more isolated the fragmented forest patches become, the greater the negative impacts on biodiversity.
David Lindenmayer_LTERN and the conservation and management of temperate euca...TERN Australia
This document discusses research on the conservation and management of temperate eucalypt woodlands in Australia. It describes several long-term research studies monitoring plants, animals, and vegetation structure in woodland plots. Key findings include increased detection rates of some woodland bird species over the past decade, the importance of replanted and regrowth woodlands for biodiversity, and improvements to vegetation and birds from interventions like grazing control. The document advocates for conservation initiatives on private lands, incentives to prevent clearing, controlling damaging grazing, and continued restoration funding to benefit biodiversity in temperate woodlands.
This document discusses a study that tested whether the endemic palm Phoenix pusilla could act as a nurse plant species in degraded tropical dry evergreen forests in India. The study found that P. pusilla improved soil and microclimate conditions, which enhanced seed germination, seedling emergence, and establishment of other woody species. Specifically, P. pusilla's presence increased soil organic matter and water retention while decreasing temperature and light levels. This nucleated the succession of a more species-rich woody plant community, indicating P. pusilla's potential for use in restoration efforts and its importance for biodiversity conservation in these landscapes. The study highlights how traditional ecological knowledge can help identify effective nurse species.
Quantification of deadwood littered by Acacia spp. in semi-arid ecosystems of...Innspub Net
Deadwood (DW) is an important carbon component for conservation and management of biodiversity resources. They are ubiquitous in many semi-arid ecosystems although its estimation is still posing lots of challenges. At Chimwaga woodland in Dodoma Region of Central Tanzania, seasonal quantification of DW produced by two Acacia spp. was done to evaluate the influence of each tree species, Dbh and canopy area on DW biomass and to determine their ecological role in conservation of semi-arid ecosystem. Both purposive and random sampling techniques were used in the course of a completely randomized design (CRD). Thirty trees from each species of Acacia tortilis and Acacia nilotica were studied. Results portray that DW biomass was significantly higher (P < 0.05) in the dry season than in the rain season whereby A. tortilis produced 669.0 ± 135.90kg DM/ha (dry season) and only 74.3 ± 135.90kg DM/ha (rain season) while A. nilotica produced 426.1 ± 135.90kg DM/ha (dry season) and 36.5 ± 135.90kg DM/ha (rain season). DW biomass did not correlate significantly (P > 0.05) with Dbh and canopy area. Inter-specific interactions were encountered from experimental areas where DW was littered that facilitated ecosystem balance in semi-arid areas. This information is important for estimating amount of dead wood biomass required to be retained in the forest provided that, at the expense of ecology, they are refuge for arthropods, fungi, bryophytes and other important soil microbes representing primary components of Biodiversity in semi-arid ecosystems.
Phyto climatic gradient of vegetation and habitat specificity in the high ele...Shujaul Mulk Khan
Phyto-climatic gradient and ecological indicators can be used to understand the requirements, long term management and conservation strategies of natural habitats and species. For this purpose phytosociological attributes were measured using quadrats along transects on different slope aspects across an elevation range of 2450-4400 m. The 198 recorded plant species were placed in five Raunkiaer life form classes among which the Hemicryptophytes (51%) dominate the flora of the study area followed by Phanerophytes and Cryptophytes (Geophytes) with 15 and 13% dominance respectively. Therophytes and Chamaephytes are represented by smaller numbers (12 & 10% each). The phyto-climatic gradient of the vegetation was evaluated using Detrended Correspondence Analysis (DCA) and Canonical Correspondence Analysis (CCA). Phyto-climatic relationships show that Phanerophytes especially tree species are widely distributed on northern aspect slopes whilst shrubs are more dominant on southern aspect slopes. Woody plants are dominant at lower altitudes (2450-2800 m), with a much smaller proportion occurring at middle elevations (2800-3300 m) whilst higher (3300-3900 m) and highest elevations (3900-4400 m) are dominated mainly by hemi-cryptophytes and cryptophytes. Our findings further elucidate that vegetation changes gradually from moist-cool temperate Phanerophytic and Chamaephytic elements to dry-cold subalpine and alpine herbaceous Cryptophytic and Hemi-cryptophytic vegetation in the upper elevations. Assessment of life forms and ecological gradient provide a basis for more extensive conservation studies on biodiversity in mountain ecosystems. Our findings further advocate that the Naran Valley appears to be at a transitional floristic position bridging the contrasting moist and dry temperate zones of the Sino-Japanese and Irano-Turanian floristic regions.
This document outlines educational programs and activities at a wildlife park and conservation center. It describes the park's acreage and facilities for walking tours and animal enclosures. The conservation center covers 108 acres used for field trips, community projects, and natural areas like a pond and wetland. The center offers multi-topic educational sets and field lessons on subjects like mapping, plants, and soil science. Lessons are hands-on and aim to foster understanding of ecology, systems thinking, and sustainability. Sample lessons are provided on leaf litter monitoring and plant diseases. Educational standards are referenced to ensure appropriate skills and knowledge are built up progressively from kindergarten through high school.
Reforestation is one of the Philippines’ government efforts to restore and rehabilitate degraded mangrove ecosystems. Although there is recovery of the ecosystem in terms of vegetation, the recovery of closely-linked faunal species in terms of community structure is still understudied. This research investigates the community structure of mangrove crabs under two different management schemes: protected mangroves and reforested mangroves. The transect-plot method was employed in each management scheme to quantify the vegetation, crab assemblages and environmental variables. Community composition of crabs and mangrove trees were compared between protected and reforested mangroves using non-metric multi-dimensional scaling and analysis of similarity in PRIMER 6. Chi-squared was used to test the variance of sex ration of the crabs. Canonical Correspondence Analysis was used to determine the relationship between crabs and environmental parameters. A total of twelve species of crabs belonging to six families were identified in protected mangroves while only four species were documented in reforested mangroves. Perisesarma indiarum and Baptozius vinosus were the most dominant species in protected and reforested mangrove, respectively. Univariate analysis of variance of crab assemblage data revealed significant differences in crab composition and abundance between protected mangroves and from reforested mangroves (P<0.05).><0.05).Environmental factors and human intervention had contributed to the difference in crab assemblages in mangrove ecosystems.
State and transition models (STMs) are tools that integrate ecosystem dynamics into management by defining alternative ecosystem states and the transitions between them. Climate relates to STMs by influencing ecological sites and the potential vegetation communities. As climate changes, STMs may need to consider shifting reference states and allow for novel communities. Applying STMs across mixed land uses adds complexity but can help assess conservation value under different land use states.
Kimberly Elsenbroek has extensive experience in invasive species management, restoration ecology, and environmental education. She received a B.S. in plant biology from Southern Illinois University and an M.S. in evolution, ecology and behavior from Indiana University. Her research has focused on prairie restoration, soil microbes, allelopathy, and ecotypic responses to climate change. She has worked on numerous restoration projects, conducted outreach programs, and taught university courses. Elsenbroek seeks to expand science communication through journalism and continues gaining experience in education, research, and conservation.
This curriculum vitae outlines the education and research interests of Dr. Ioannis Spanos. He received his first certificate from Aristotle University of Thessaloniki in 1982, his PhD from the same university in 1992 on the structure analysis and regeneration of Pinus brutia, and conducted post-doctoral research at the University of Aberdeen in 1993 on the effects of infection on Betula pubescens growth. His research interests include silviculture, forest ecology, plantations, biodiversity, and sustainable forest management. He has published extensively in international journals, books, and conferences on these topics.
This document summarizes a study on resource partitioning among large grazing herbivores in Mabula Game Reserve in South Africa. The study examined factors like body size, digestive strategies, grass quality, and habitat types that influence how different herbivore species partition resources. Field observations were conducted in the wet and dry seasons to record herbivore species, group sizes, and selected grass species. Grass samples were analyzed to determine nutrient quality. Preliminary results found high overlap between blue wildebeest and plains zebra, and high selection of Cynodon dactylon grass at old settlement sites by multiple species. Further analysis of habitat use and grass chemistry may provide insights into niche separation between herbivore species.
Pasil Mangrove Flora Species and Conservation Linksandrew ordonio
This document summarizes a study on the mangrove flora of Pasil, Philippines. It assessed the floral species composition and diversity across three sampling sites. A total of 19 true mangrove species belonging to 9 families were found. The lower sampling site had the highest species diversity at 74.65% compared to the mid and upper sites. Avicennia marina was the most dominant species across all sites. The study also described a community-based conservation initiative led by a local organization that focused on the near-threatened species Ceriops decandra. Continued assessment of the mangrove flora and fauna was recommended.
This study mapped the vegetation types in the Jama Coaque Reserve in Ecuador using GPS waypoints collected along trails. Five vegetation types were identified: primary and secondary tropical moist forest, primary and secondary premontane cloud forest, and agroforestry. Vegetation maps showed general patterns of increasing elevation between forest types. The average starting elevation of cloud forest was 518m, agreeing with prior predictions of 525m, except along northern trails where cloud forest began at lower elevations. Future research could use drones to map forest types between trails at the reserve.
This document provides background information on longleaf pine ecosystems and describes a study conducted at Oak Mountain State Park in Alabama. It discusses how longleaf pine ecosystems used to dominate the southeastern US but were largely destroyed by logging and fire suppression. The study aimed to better understand montane longleaf pine ecosystems by examining relationships between environmental variables, juvenile pine abundance, and adult pine basal area across foothill and mountain slope sites. It hypothesized that variables like decreased soil depth and increased slope or tree competition would negatively impact pine recruitment and growth. The document outlines the environmental variables measured, including canopy openness, slope, and soil depth.
This document outlines the core module syllabus for environmental studies courses in higher education in India. It discusses the importance of environmental education and sustainable development. The syllabus is divided into 8 units that cover topics like natural resources, ecosystems, biodiversity, environmental pollution, social issues, human population, and field work. The goals are to enhance students' knowledge, skills, and attitudes around environmental issues through 45 lectures and 5 hours of hands-on field activities. Teaching methods include classroom lessons and experiential learning in local environments.
The document provides an introduction to an environmental science course. The course aims to teach students about key environmental topics including ecosystems, renewable and non-renewable resources, biodiversity conservation, environmental pollution, and environmental policies. Over the course, students will learn to explain ecosystems and natural resource management, identify causes of pollution and waste management practices, and outline environmental laws and the relationship between human communities and their environment. The course is divided into units covering topics such as the multidisciplinary nature of environmental studies, different ecosystem types, natural resources issues, and causes and impacts of various forms of environmental pollution.
The document outlines the core module syllabus for environmental studies courses in undergraduate programs across all disciplines in India. It discusses the importance of environmental education and sustainable development. It notes that while humans have long been interested in ecology, the formal study of the environment has lacked attention. To address this, the Supreme Court directed the UGC to introduce basic environmental education. The UGC then created an expert committee to develop a six-month compulsory core course on environmental studies to be implemented nationwide. The syllabus covers topics like natural resources, ecosystems, biodiversity, pollution, social and population issues through classwork and field visits.
The document outlines the core module syllabus for environmental studies courses in undergraduate programs across all disciplines in India. It discusses the importance of environmental education and sustainable development. It notes that while humans have long been interested in ecology, the formal study of the environment has lacked attention. To address this, the Supreme Court directed the UGC to introduce basic environmental education. The UGC then created an expert committee to develop a six-month compulsory core course on environmental studies to be implemented nationwide. The syllabus covers topics like natural resources, ecosystems, biodiversity, pollution, social and population issues through classwork and field visits.
The document outlines the core module syllabus for environmental studies courses in undergraduate programs across all disciplines in India. It discusses the importance of environmental education and sustainable development. It notes that the syllabus was developed by an expert committee appointed by the University Grants Commission in response to a Supreme Court directive. The syllabus aims to provide students a basic understanding of environmental issues through a six-month compulsory course covering various topics related to natural resources, ecosystems, biodiversity, pollution, social issues, and field work.
Ethno-ecological importance of plant biodiversity in mountain ecosystems with...Shujaul Mulk Khan
Mountain ecosystems support a high biological diversity and a large number of endangered plant species
many of which are ecological indicators of those specific habitats. The Himalayas are the world’s youngest,
highest and largest mountain range and support a high plant biodiversity. People living in this region
use their traditional ecological knowledge to utilize local natural resources and hence have valuable
understanding about their surroundings. Many areas within this region still remain poorly known for
their floristic diversity, plant species distribution and vegetation ecosystem services, yet the indigenous
people depend heavily upon local plant resources and, through unsustainable use, can cause an
irreversible loss of plant species. The valley used in this study is typical of such areas and occupies
a distinctive geographical location on the edge of the western Himalayan range, close to the Hindu
Kush range to the west and the Karakorum Mountains to the north. It is also located on geological
and climatic divides, which further add to its ecological interest. This paper focuses on (i) identification
of ecological indicators at various elevation zones across an altitudinal range of 2450–4100 m and
(ii) recognition of social perceptions of plant species populations based on the ecosystem services that
they provide. We used robust approaches to identify the plant indicator species of various elevation
zones. Using phytosociological techniques, Importance Values (IVs) for each plant species were calculated.
The statistical package PCORDS was used to evaluate the species area curves and indicator species
for each elevation zone. Data attribute plots derived from Canonical Correspondence Analysis (CCA) using
CANOCO were deployed to illustrate the location of indicator species in each habitat type. Furthermore,
the social perceptions of the local inhabitants as to whether the populations of the recorded species
were increasing or decreasing over the recent past were recorded. We argue that the assessment of
ecological indicators combined with the ecological knowledge of the indigenous population can assist
in developing priorities for local and regional conservation strategies, especially for fragile mountain
ecosystems.
Kristen Malone is a PhD candidate in wildlife ecology and conservation at the University of Florida. She has an extensive background in avian and wildlife research, including projects on ground-nesting birds, prairie chickens, sharp-tailed grouse, and cheetahs. Her research experience spans multiple universities and organizations. She has a strong record of publications, presentations, and awards throughout her education.
Jim O. Eckberg is a PhD candidate at the University of Minnesota studying agronomy, risk analysis, ecology, and plant-insect interactions. His research focuses on diversified cropping systems for bioenergy production and biological control of soybean aphids. He has over 10 years of research experience and has secured over $300,000 in grant funding. Eckberg has also mentored over 20 students and published several papers in peer-reviewed journals.
1) The survey identified 38 species of flowers, 11 species of fruits, 13 species of vegetables, 24 species of woody plants, 16 species of ornamental plants, and 11 species of medicinal plants at the Islamic University campus.
2) The most common flower species was Dahlia with an estimated population of 790 plants. The most abundant woody species was Patabahar with 1874 plants.
3) Native species made up most of the plants identified, though some ornamental and flower species were exotic. Proper conservation of exotic species was lacking.
4) The survey provides baseline data on plant diversity at the university that can be used for comparison over time to monitor changes in biodiversity.
Biodiversity Status of Flora and Fauna in Mt. Palaopao, Manilo Fortich BukidnonQuinoneMagan
This study aims to determine the biodiversity status of flora and fauna in Mt. Palaopao, Manolo Fortich Bukidnon. Specifically, the researchers sought to identify the plants and animals in the area, determine which species are most abundant, and assess the conservation status of the identified species. The study is limited to a 20x20 meter area within Mt. Palaopao and does not consider areas outside of this boundary. The researchers employed several methods, including establishing a study area, assessing species distributions, collecting and preserving samples, identification, and measuring physico-chemical parameters.
1) The study examined the environmental awareness among 100 B.Ed. teacher trainees from 4 colleges in Haryana.
2) It found no significant difference in environmental awareness between male and female trainees or between science and arts stream trainees.
3) However, it did find that urban trainees had significantly higher environmental awareness than rural trainees.
This document provides an overview of environmental science. It discusses that environmental science deals with studying human and natural systems and their interactions. It involves fields like geography, zoology, physics, ecology, and oceanology. Environmental science also includes environmental studies, which analyzes human interactions with the environment, and environmental engineering, which focuses on analyzing environmental problems and their solutions. The document outlines some key components of environmental science like ecology, geoscience, atmospheric science, and environmental chemistry. It emphasizes the interdisciplinary nature of environmental science and its importance in addressing growing environmental challenges.
Ecosystem resilience and community values: Implications to ecosystem-based ad...Noralene Uy
The resilience analysis of ecosystems and mapping of community values and actions attempted in this study provide entry points for an ecosystem-based adaptation strategy which addresses positive and negative factors as well as acts on gaps and opportunities in enhancing climate resilience in Infanta.
Biodiversity conservation , principles and characteristics ( by Muhammad wasi...MuhammadWasi11
Conservation biology is an interdisciplinary field that aims to protect biodiversity by managing species and ecosystems. It arose due to increasing degradation of natural systems. Conservation biology draws on natural and social sciences to sustain species populations and preserve habitats and ecosystems from excessive extinction. Its goals are to understand threats to biodiversity and develop solutions for protection and restoration.
This document discusses environmental science topics including the definition, scope, and multidisciplinary nature of environmental studies. It outlines key components of the environment and national organizations involved. The document emphasizes creating public awareness of environmental issues and discusses methods to do so, including through educational institutions, media, and celebrations of environmental days. National wetlands and their importance are highlighted, along with India's designation of wetlands under the Ramsar Convention.
Running head ENVIRONMENTAL SCIENCE1ENVIRONMENTAL SCIENCE.docxcharisellington63520
Running head: ENVIRONMENTAL SCIENCE
1
ENVIRONMENTAL SCIENCE
2
Environmental Science
Student’s Name
University Affiliation
Environmental Science
Environmental science part 1
1page Define stewardship and define sustainability.
Stewardship of the ecosystem refers to a framework that is action-oriented and that seeks to develop the sustainability of the socio-ecological environment of a planet that is rapidly changing planet. It considers the means through which the resources availed by the environment are managed with the intent of ensuring they are not wasted or exhausted. Sustainability on the other hand refers to the facilitation of current needs by using the environment without jeopardizing future generations’ ability to meet their needs.
Considering the Amazon forest, there are several considerations that can be made in light of the stewardship and sustainable utilization of the resource. To begin with, it is imperative that Amazon resource are conserved by being included as a conservation reserve and marked for protection and sustainability. Additionally, it could be placed under a covenant of conservation. There should also be an inventory of the natural resources in the Amazon including a comprehensive inventory of the biological resources found in the forest and which should be monitored within regular intervals. Additionally, there should be increased research on the identification of maintenance procedures of proper biological and physical processes from the forest. There should also be policies set that determine the sustainable utilization of timber from the Amazon rainforest according to proper standards that will ensure that future generations use of the same is not endangered (Chapin III & Matson, 2011).
The environmental implications that can arise as a result of deforestation of the Amazon forest are innumerable. To begin with animals dependent on the forest would find it difficult to survive and, therefore, may become extinct. This would make them unavailable for future generations. Additionally, deforestation leads to an imbalance between the carbon dioxide: oxygen ratio in the atmosphere. As a result, air pollution will become aggravated.
PART 2
Ecosystems and How They Work - Sustainable Development close
In this assignment, you will investigate the biotic and abiotic structure and function of an ecosystem. Choose one of the following ecosystems:
Tropical rainforest
An ecosystem refers to a correlated community of both living and non-living organisms and the environment in which they are found. It comprises an abiotic and biotic component. For this discussion the ecosystem chosen is a tropical rainforest. The biome of a rainforest is highly complex as it comprises a myriad of various plant and animal species which are adapted to surviving under rainy conditions. An example is the Amazon rainforest. In the rainforest ecosystem there exist various plant levels, with the highest being the tall trees that fo.
The International Journal of Engineering and Science (The IJES)theijes
This document summarizes a study on the environmental awareness of rural residents in Hamirpur District, Himachal Pradesh, India. The study surveyed 1208 residents across 25 villages. It assessed their awareness of different environmental issues through a questionnaire. The results showed high awareness of local issues like air, water, and noise pollution, but lower awareness of global issues like climate change. Most respondents gained environmental knowledge from TV and newspapers. While awareness levels were reasonably high, more work is still needed to increase awareness and promote environmentally responsible behavior.
The Local Wisdom to Sustainable Forest Management of Indigenous People in Eas...inventionjournals
The purpose of this research is to describe how local wisdom influencing the indigenous people behavior to sustain the forest resources, what makes local wisdom able to influencing indigenous people to sustain the forest resources and what does the indigenous people in East Kalimantan province needs in order make them continue to conserve forest resources as an effort to maximize their strategic role in sustainable forest management. Based on the research result of the data shown that local wisdom can influence the behavior of indigenous people because for them, forests are the storehouses of life, the nature damage could resulting negative consequences for the people themselves. The local wisdom form is customary law and, has forcing characteristic, which is sanctions received in case of violation, so its able to makes them behaving to conserve the forest resources. Then, the indigenous people needs fully support from various parties, especially from the local governments such as infrastructure, in order to make them keep continue to conserve the forest resources
Perceptions of students on environmental challenge issuesAlexander Decker
- The document discusses a study that investigated students' perceptions of environmental challenge issues and their implications for science education.
- A survey was administered to 500 high school students in Ghana to understand their views on various statements related to the environment.
- The results showed that both male and female students were generally concerned about environmental issues and believed they have a role to play in protecting the environment. However, girls expressed stronger concerns about some issues like environmental problems being exaggerated.
The direct and indirect mechanisms of facilitation by shrubs play a central role in maintaining leopard lizard populations. The document discusses how desert shrubs provide direct benefits like shelter and indirect benefits like increased prey availability to small animals. It presents the hypothesis that shrubs facilitate leopard lizards through these direct and indirect interactions. The progress report then outlines planned studies to survey leopard lizard activity patterns in relation to shrub size and removal experiments to further examine the impacts of shrub shelter and resources on lizard foraging behavior.
Joyce M Sullivan, Founder & CEO of SocMediaFin, Inc. shares her "Five Questions - The Story of You", "Reflections - What Matters to You?" and "The Three Circle Exercise" to guide those evaluating what their next move may be in their careers.
Leadership Ambassador club Adventist modulekakomaeric00
Aims to equip people who aspire to become leaders with good qualities,and with Christian values and morals as per Biblical teachings.The you who aspire to be leaders should first read and understand what the ambassador module for leadership says about leadership and marry that to what the bible says.Christians sh
Jill Pizzola's Tenure as Senior Talent Acquisition Partner at THOMSON REUTERS...dsnow9802
Jill Pizzola's tenure as Senior Talent Acquisition Partner at THOMSON REUTERS in Marlton, New Jersey, from 2018 to 2023, was marked by innovation and excellence.
Job Finding Apps Everything You Need to Know in 2024SnapJob
SnapJob is revolutionizing the way people connect with work opportunities and find talented professionals for their projects. Find your dream job with ease using the best job finding apps. Discover top-rated apps that connect you with employers, provide personalized job recommendations, and streamline the application process. Explore features, ratings, and reviews to find the app that suits your needs and helps you land your next opportunity.
How to Prepare for Fortinet FCP_FAC_AD-6.5 Certification?NWEXAM
Begin Your Preparation Here: https://bit.ly/3VfYStG — Access comprehensive details on the FCP_FAC_AD-6.5 exam guide and excel in the Fortinet Certified Professional - Network Security certification. Gather all essential information including tutorials, practice tests, books, study materials, exam questions, and the syllabus. Solidify your knowledge of Fortinet FCP_FAC_AD-6.5 certification. Discover everything about the FCP_FAC_AD-6.5 exam, including the number of questions, passing percentage, and the time allotted to complete the test.
A Guide to a Winning Interview June 2024Bruce Bennett
This webinar is an in-depth review of the interview process. Preparation is a key element to acing an interview. Learn the best approaches from the initial phone screen to the face-to-face meeting with the hiring manager. You will hear great answers to several standard questions, including the dreaded “Tell Me About Yourself”.
5 Common Mistakes to Avoid During the Job Application Process.pdfAlliance Jobs
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IT Career Hacks Navigate the Tech Jungle with a RoadmapBase Camp
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IT Career Hacks Navigate the Tech Jungle with a Roadmap
JJC_CV_1Sep2020
1. Curriculum Vitae – Jaime J. Coon
coonja@earlham.edu | (616) 403-0856 | jaimejcoon.com
1
EDUCATION
Ph.D., University of Illinois at Urbana-Champaign 2020
§ Natural Resources and Environmental Sciences (NRES) with Graduate Teaching
Certificate
§ Dissertation: Social and ecological dimensions of non-native grass management in
working landscapes
Ø Chapter 1, Grassland bird and arthropod responses to herbicide and graz-
ing: Trade-offs and time lags in invasive plant management
Ø Chapter 2, Increased abundance and productivity of a grassland bird after
experimental control of the invasive grass tall fescue
Ø Chapter 3, What drives private landowner decisions? Exploring willingness
to manage non-native grasses in the eastern Great Plains
§ Areas of interest: Wildlife ecology, interdisciplinary conservation science, restora-
tion ecology, landscape ecology, rangeland ecology, & human dimensions of the
environment
B.S. Summa Cum Laude, Central Michigan University 2014
§ Pre-graduate Biology major with Global Justice minor
ACADEMIC APPOINTMENTS
§ Visiting Assistant Professor in Biology and Environmental Sustainability,
Earlham College
2020-2021
§ Dissertation Completion Research Assistant, University of Illinois 2020
§ Fellow, American Association for University Women (AAUW) 2018-2019
§ Instructor, University of Illinois 2018-2019
§ Teaching Assistant, University of Illinois 2017-2018
§ Distinguished Fellow, University of Illinois 2014-2017
TEACHING
Courses Taught
1. Ecological Biology – BIOL 111 at Earlham College, 1 semester (Fall 2020)
An introductory ecology course with field-based learning as a major component. I assisted as
students designed field projects, collect and analyze data, and write up results.
2. Conservation Biology – BIOL 360 at Earlham College, 1 semester (Fall 2020)
A discussion-based class about conservation of biodiversity. I designed this course to be ~50%
student led, including debates and student-created activities.
3. Fundamentals of Environmental Science – NRES 100 at University of Illinois, 2 semesters as in-
structor (Fall 2018 & 2019), 1 semester as T.A. (Fall 2017)
Hybrid course for non-majors designed to incite student interrogation of personal environmen-
tal worldviews. I redesigned the course to be based entirely in active learning principles, with a
project where students use lifestyle changes to reduce ecological footprints.
2. Curriculum Vitae – Jaime J. Coon
coonja@earlham.edu | (616) 403-0856 | jaimejcoon.com
2
Courses cont’d
4. Integrative Ecosystem Management – NRES 456 at University of Illinois, 1 semester as T.A.
(Spring 2018)
Capstone course for majors exploring alternatives to traditional management. I assisted in rede-
signing lectures to include activities, gave lectures, and coordinated the student symposium.
5. Forthcoming Spring 2021 Courses: Environment, Science, & Sustainability (ENSU 151 at Earlham
College) and Environmental Application (ENSU 353 at Earlham College)
6. Guest Lectures
Ø NRES 472: Environmental Psychology (2020)
Ø National Great Rivers Research and Education Center internship program (2019)
Ø NRES 456: Integrative Ecosystem Management (2017, 2018, & 2019)
Ø NRES 100: Fundamentals of Environmental Science (2017)
Ø NRES 287: Environment and Society (2017)
Teaching Commendations & Training
§ List of Teachers Ranked as Excellent by their Students from the University of Illinois
(4 of 4 semesters)
§ List of Teachers Ranked as Outstanding by their Students from the University of Illinois
(Fall 2019)
§ Graduate Teaching Certificate from the UIUC Center for Innovation in Teaching and Learning
§ EOL 585: College Teaching at the University of Illinois –covered backward course design, stu-
dent-centered learning, active learning, diversity and inclusion in the classroom, humor in
teaching, & online teaching
§ Select professional development sessions: Teaching in Flexible (iFlex) Classrooms, Using Formal
& Informal Feedback, Teambuilding in the Classroom, Student Motivation, Race & Higher Educa-
tion, Trauma-informed Teaching, Block Plan and Intensive Teaching
MENTORSHIP
§ Mentor, College of ACES Undergraduate Research Fellowship
Ø 4 students, average 3-year mentoring relationships
§ Mentor, Undergraduate Researchers’ Initiative Program
Ø 4 students, 1-semester mentoring relationships
§ Coordinator, Independent Study Research Experience Coordinator
Ø 2 students, 1-semester mentoring relationships
§ Other Mentorship/Supervisory Experiences
Ø 9 field technicians, 7 lab technicians, 1-semester supervisory relationships
RESEARCH
Wildlife Ecology & Invasive Plants
§ Description: My projects in this area are field studies exploring grassland community response
to anthropogenic changes to working landscapes, with a particular focus on invasive plants and
3. Curriculum Vitae – Jaime J. Coon
coonja@earlham.edu | (616) 403-0856 | jaimejcoon.com
3
restoration. Much of this work has been conducted as a part of the Conservation in Working
Landscapes Working Group in the Grand River Grasslands of Iowa.
Conservation Behavior & Private Land Habitat Restoration
§ Description: My projects in this area explore actions taken by private landowners that have a
direct impact on wildlife habitat quality. Techniques have included mixed-model landowner sur-
veys grounded in conservation psychology and observations of behavior using aerial imagery.
Ecological Education & Student Environmental Attitudes
§ Description: Examines the impact of project-based learning on ecological knowledge and atti-
tudes of undergraduate students using pre- and post-surveys framed with theory from conser-
vation psychology.
PUBLICATIONS *undergraduate mentees; †co-first authors
In Prep (complete drafts only, available upon request)
1. Coon, JJ, SB Maresh Nelson, *IA Bradley, *KE Rola, and JR Miller. Increased abundance and
productivity of a grassland bird after experimental control of the invasive grass tall fescue.
2. Maresh Nelson, SB, JJ Coon, and JR Miller. Does vegetation mediate adaptive habitat selection by
a grassland bird?
3. Coon, JJ, SB Maresh Nelson, *RC Daughtridge, DM Debinski, WH Schacht, and JR Miller. Grassland
bird and arthropod response to herbicide and intensive-early stocking: Tradeoffs and time lags in
invasive plant management.
4. Coon, JJ, TM Swartz, SB Maresh Nelson, and JR Miller. Aliens or valued forage? The social-ecologi-
cal story of non-native grasses in the Great Plains.
In Review/Revision
1. Coon, JJ, NJ Lyon, EJ Raynor, DM Debinski, JR Miller, and WH Schacht. In Review. Lessons from
restoring native plants in grasslands dominated by the invasive grass tall fescue (Schedonorus
arundinaceus) using adaptive management.
2. Strauser, J, WP Stewart, L Foelske, N Shipley, NM Evans, JJ Coon, and CJ van Riper. In Revision.
Testing the effects of incentives on survey response rates in two rural counties.
Peer-Reviewed Articles
1. Coon, JJ, CJ van Riper, LW Morton, and JR Miller. In Press. What drives private landowner deci-
sions? Exploring willingness to manage non-native grasses in the eastern Great Plains. Journal of
Environmental Management.
2. Maresh Nelson, SB, JJ Coon, and JR Miller. 2020. Do habitat preferences improve fitness? Context-
specific adaptive habitat selection by a grassland songbird. Oecologia. PDF,
https://doi.org/10.1007/s00442-020-04626-8
3. Larson, ER, BM Graham, R Achury, JJ Coon, MK Daniels, DK Gambrell, KL Jonasen, GD King, N
LaRacuente, TIN Perrin-Stowe, EM Reed, CJ Rice, SA Ruzi, MW Thairu, JC Wilson, and AV Suarez.
2020. From environmental DNA (eDNA) to citizen science: Emerging tools for the early detection
of invasive species. Frontiers in Ecology and the Environment. https://doi.org/10.1002/fee.2162
4. Curriculum Vitae – Jaime J. Coon
coonja@earlham.edu | (616) 403-0856 | jaimejcoon.com
4
4. Coon, JJ, CJ van Riper, LW Morton, and JR Miller. 2019. Evaluating nonresponse bias in survey re-
search conducted in the rural Midwest. Society and Natural Resources. PDF,
https://doi.org/10.1080/08941920.2019.1705950
Peer-Reviewed Articles Cont’d
5. Raynor, EJ, JJ Coon, TM Swartz, LW Morton, WH Schacht, and JR Miller. 2019. A social-ecological
assessment of cattle producer views toward conservation, an invasive grass, and stocking rate.
Rangeland Ecology and Management, 72(6): 888-898. https://doi.org/10.1016/j.rama.2019.07.008
6. Swartz, TM, JJ Coon, JR Mattes*, & JR Miller. 2019. Identifying Opportunities to Conserve Farm
Ponds on Private Lands: Integration of Social, Ecological, and Historical Data. Land, 8(127): 1-19.
PDF, https://doi.org/10.3390/land8090127
7. †Maresh Nelson, SB, JJ Coon, WH Schacht, and JR Miller. 2019. Cattle select against the invasive
grass tall fescue in heterogeneous pastures managed with prescribed fire. Grass and Forage Sci-
ence, 74(3): 486-495. [co-first authors]. https://doi.org/10.1111/gfs.12411
8. Coon, JJ, SB Nelson, *IA Bradley, *AC West, and JR Miller. 2018. Parental infanticide in Dickcissels
(Spiza americana): video evidence and a review of potential mechanisms. Wilson Journal of Orni-
thology, 130(1): 1-5. PDF, https://doi.org/10.1676/1559-4491-130.1.341
9. Maresh Nelson, SB, JJ Coon, CJ Duchardt, JR Miller, DB Debinski, and WH Schacht. 2018. Con-
trasting impacts of invasive plants and human-altered land cover on nest survival and parasitism
of a grassland bird. Landscape Ecology, 33(10): 1799-1813. https://doi.org/10.1007/s10980-018-
0703-3
10. Nelson, SB, JJ Coon, CJ Duchardt, JD Fischer, SJ Halsey, AJ Kranz, CM Parker, SC Schneider, TM
Swartz, JR Miller. 2017. Patterns and mechanisms of invasive plant impacts on North American
birds: a systematic review. Biological Invasions, 19(5): 1547-1563. PDF,
https://doi.org/10.1007/s10530-017-1377-5
11. Coon, JJ, M Atkin, L Gabriel, and WM Pangle. 2015. Food choice of red-shouldered hawks (Buteo
lineatus) in a rehabilitation setting in Shepherd, MI: Behavioral insights from novel methods. Jour-
nal of Wildlife Rehabilitation, 35(2): 15-22. PDF
12. Coon, JJ and WM Pangle. 2015. Too hot to handle: Climate change and adaptive evolution in ver-
tebrates. EvoS Journal: The Journal of Evolutionary Studies Consortium, 7(1), 1-9. PDF
Not Peer-Reviewed
1. Coon, JJ, SB Maresh Nelson, L Wright Morton, and JR Miller. 2019. Agricultural, ecological, and so-
cial responses to an invasive grass and its removal in working Midwestern grasslands. Sustainable
Agriculture, Research, and Education-North Central Region, Report GNC 15-201. https://pro-
jects.sare.org/project-reports/gnc15-201/
2. Coon, JJ, LW Morton, & JR Miller. 2018. A survey of landowners in the Grand River Grasslands:
Managing wildlife, cattle, and non-native plants. Report 04-18, University of Illinois Department of
Natural Resources and Environmental Sciences, Urbana, IL. http://hdl.handle.net/2142/99941
3. Coon, JJ. 2014. Nature as a distant other: What the human species owes to biological communi-
ties. Honors Platform Undergraduate Academic Journal, 2: 11-16.
RESEARCH SUPPORT
Grants
5. Curriculum Vitae – Jaime J. Coon
coonja@earlham.edu | (616) 403-0856 | jaimejcoon.com
5
1. Coon, JJ, JR Miller, SB Nelson, MD Coon, L Wright Morton, and J Rusk. Agricultural,
ecological, and social responses to an invasive grass and its removal in working
Midwestern grasslands. USDA North-Central Region Sustainable Agriculture, Re-
search, and Education (SARE), Graduate Student Grant GSP15-038, $9,977.
2015-2019
Grants Cont’d
2. Coon, JJ, JF Capozzelli. Grassland birds, an invasive grass, and arthropods: exploring
relationships using a long-term avian dataset. Iowa Ornithologists’ Union Small
Grant, $1014.
2017
3. Coon, JJ, and JF Capozzelli. Biodiversity in working landscapes: Help us conserve
declining grassland birds in restored grasslands. Experiment.com Crowdfunding
Grant, Ornithology Challenge Winner, $3921. <experiment.com/grasslandbirds>
2016
4. Coon, JJ, and JR Miller. Expanding the sample size for a grassland management
landowner survey. Illinois Sustainable Agriculture, Research, and Education Mini-
Grant, $1500.
2016
5. Coon, JJ. Grassland birds, an invasive grass, and arthropods: a potential trophic
cascade in an actively managed landscape. Wilson Ornithological Society’s Louis
Agassiz Fuertes Grant, $2500.
2016-2017
6. Nelson, SB, and JJ Coon. Exploring the impacts of an invasive grass on grassland
bird habitat selection, behavior, and fitness. Garden Club of America Frances M.
Peacock Scholarship for Native Bird Habitat, $4500.
2016
7. Coon, JJ, and KE Nicholson. The Norops sericeus lizard complex: Untangling species
relationships. Central Michigan University Biology Department Tom and Nancy
Storch Research Award, $3000.
2013
8. Coon, JJ, and KE Nicholson. The Norops sericeus lizard complex: Untangling species
relationships using nuDNA. Central Michigan University Undergraduate Research
Award, $500.
2013
Travel Awards
1. Travel to Present at the Society for Range Management Conference. Department
of Natural Resources and Environmental Sciences Educational Opportunity Grant,
$200; and Graduate College Conference Travel Grant, $200.
2019
2. US-IALE Competitive Student Travel Award, $700. 2018
3. Travel to Present at US-IALE Conference. Department of Natural Resources and En-
vironmental Sciences’ Educational Opportunity Grant, $275.
2017
4. Biomass sampling in the Grand River Grasslands: determining the effects of stock-
ing rate on vegetation remaining after the growing season. Department of Natural
Resources and Environmental Sciences’ Educational Opportunity Grant, $1200.
2016
PRESENTATIONS *undergraduate mentees
Conferences
1. Coon, JJ, TM Swartz, *JR Mattes, CJ van Riper, LW Morton, and JR Miller. May 2020. Linking survey
responses to the land: High-resolution imagery and its utility for assessing non-response bias and
rural land management. Virtual Presentation at North American Section of the International Asso-
ciation for Landscape Ecology (US-IALE) Annual Meeting.
6. Curriculum Vitae – Jaime J. Coon
coonja@earlham.edu | (616) 403-0856 | jaimejcoon.com
6
2. Coon, JJ, CJ van Riper, LW Morton, and JR Miller. Jun 2019. Exploring landowner willingness to
manage non-native plants in the eastern Great Plains: the influence of attitudes, norms, and per-
ceived abilities on behavior. Presentation at International Symposium on Society and Resource
Management (ISSRM) in Oshkosh, WI.
Conferences Cont’d
3. Coon, JJ, SB Maresh Nelson, NJ Lyon, EJ Raynor, DM Debinski, WH Schacht, and JR Miller. Apr
2019. Grassland bird, arthropod, and vegetation response to invasive grass management: Results
of a landscape-scale experiment. Presentation at US Section of the International Association for
Landscape Ecology (US-IALE) Annual Meeting in Fort Collins, CO.
4. Maresh Nelson, SB, JJ Coon, JR Miller, DM Debinski, WH Schacht. Apr 2019. Can grassland birds
rely on vegetation cues to select high-quality habitats in human-dominated landscapes? Annual
Meeting of US-IALE in Fort Collins, CO.
5. Maresh Nelson, SB, JJ Coon, JR Miller, WH Schacht, DM Debinski. Feb 2019. Tall fescue: an inva-
sive grass impacts songbirds and cattle in a working landscape. Presentation at Ohio Invasive Plant
Research Conference in Columbus, OH.
6. Raynor, EJ, JJ Coon, NJ Lyon, H Hillhouse, WH Schacht, DM Debinski, and JR Miller. Feb 2019. Man-
aging invasive cool-season grasses with grazing, fire, and herbicides in the eastern Tallgrass Prai-
rie. Presentation at Society for Range Management Meeting in Minneapolis, MN.
7. Coon, JJ, EJ Raynor, TM Swartz, LW Morton, CJ van Riper, WH Schacht, JR Miller. Feb 2019. Deci-
sion-making on privately-owned grasslands: Stocking rate, non-native grasses, and changing per-
ceptions toward conservation. Presentation at Society for Range Management Meeting in Minne-
apolis, MN.
8. Coon, JJ, EJ Raynor, LW Morton, CJ van Riper, and JR Miller. Feb 2019. Grazing, Fire, and Non-na-
tive grasses: Possibilities for conserving biodiversity on privately-owned grasslands. Presentation
at Graduates in Ecology and Evolutionary Biology Symposium in Urbana, IL. (Best Overall Talk,
Graduate Student Judges; Best Post-Prelim Talk, Faculty Judges)
9. Coon, JJ, CJ van Riper, LW Morton, and JR Miller. Sep 2018. Exploring landowner willingness to
manage non-native plants in a working landscape: the influence of social groups and personal ob-
ligation. Paper presented at Nature-Society Workshop in Madison, WI.
10. Coon, JJ, SB Nelson, LW Morton, and JR Miller. Apr 2018. Landowners, non-native plants, and
grassland birds: Exploring possibilities for management on privately-owned pastures that serve as
wildlife habitat. Presentation at US-IALE Annual Meeting in Chicago, IL.
11. Swartz, TM, *JR Mattes, JJ Coon, and JR Miller. Apr 2018. Integrating historical, ecological, and
social data to understand patterns of amphibian occupancy and habitat availability in an agroeco-
system. Presentation US-IALE Annual Meeting in Chicago, IL. (Best Student Presentation, TMS)
12. Coon, JJ, JR Miller. Apr 2017. Habitat and livelihoods: the effects of a non-native plant on grass-
land wildlife in a complex human-dominated environment. Poster at US-IALE Annual Meeting in
Baltimore, MD.
13. Nelson, SB, JJ Coon, *IA Bradley, and JR Miller. Mar 2017. Defining the consequences of anthropo-
genic habitat change: Impacts of plant invasions and land conversion on grassland bird nest ecol-
ogy. Presentation at Midwest Ecology and Evolution Conference in Urbana, IL.
7. Curriculum Vitae – Jaime J. Coon
coonja@earlham.edu | (616) 403-0856 | jaimejcoon.com
7
14. Coon, JJ, and JR Miller. Feb 2017. Grassland bird response to removing invasive tall fescue (Sche-
donorus phoenix). Presentation at Graduates in Ecology and Evolutionary Biology Symposium in
Urbana, IL.
15. Coon, JJ and JR Miller. Feb 2016. Tall fescue in a social-agricultural system. Poster at Graduates in
Ecology and Evolutionary Biology Symposium in Urbana, IL. (Best Poster Award, JJ Coon)
Conferences Cont’d
16. Coon, JJ and JR Miller. Apr 2015. Tall fescue as a dual ecological-agricultural problem: the effects
of an invasive grass on avian communities in an agricultural landscape. Poster at Illinois Chapter of
The Wildlife Society (ICTWS) Meeting in Urbana, IL.
17. Coon, JJ. Apr 2015. Women scientists, gendered environmental movements, and climate change
vulnerabilities: Public and private empowerment. Presentation at Initiative on Climate Adaptation
Research and Understanding through the Social Sciences (ICARUS) Meeting in Urbana, IL.
18. Coon, JJ and B Bechtold. Apr 2014. Global justice issues and personal responsibility: ecological
connections. Poster at CMU SRCEE in Mount Pleasant, MI.
19. Coon, JJ and KE Nicholson. Mar 2014. The Norops sericeus lizard complex: conservation implica-
tions of phylogenetic research. Invited poster at Posters at the Capitol event in Lansing, MI.
20. Coon, JJ, AB Dziesinski, and TH Rohrer. Mar 2013. Energize education: an exploration of nonprofit
energy consulting for public schools. Presentation at competitive New Venture Competition in
Mount Pleasant, MI (semifinalists)
21. Coon, JJ, AE Shepard, AC Ford, and BL Coon. Nov 2013. Bringing Inclusive Children’s Literature out
of the Closet through surveys with teachers. Panel presentation at National Council of Teachers of
English Annual Conference in Boston, MA.
22. Camarena, PC, K Cameron, JJ Coon, AL Erwin, AB Dziesinski, S King, H Lomanaco, M MacDermaid,
R McDaniel, and D Tjalsma. Mar 2011. No grades please! Lessons from one first year Honors semi-
nar’s exploration of students’ grade orientation. Presentation at Mid East Honors Association Con-
ference in Dayton, OH
Stakeholder Meetings
1. Coon, JJ, and SB Maresh Nelson. Nov 2020. Invasive Plants on Private Lands: Restoring Grasslands
in the Age of Avian Declines. Presentation at Garden Club of Winnetka (virtual).
2. Coon, JJ, and SB Maresh Nelson. Nov 2019. Invasive Plants on Private Lands: Restoring Grasslands
in the Age of Avian Declines. Presentation at Garden Club of Barrington in Barrington, IL.
3. Coon, JJ, LW Morton, and JR. Miller. May 2018. Landowner Perceptions of Management and Con-
servation in the Grand River Grasslands: A Longitudinal Comparison (2007, 2017). Presentation at
Leopold Center Grand River Grasslands Grant Report-Out Meeting in Mt Ayr, IA.
4. Coon, JJ, LW Morton, and JR. Miller. May 2018. Landowner Perceptions of Management and Con-
servation in the Grand River Grasslands: A Longitudinal Comparison (2007, 2017). Presentation at
2018 Grand River Grasslands Future Directions meeting in Mt Ayr, IA.
5. Duchardt, CJ, JJ Coon, and JR Miller. May 2017. Grassland bird response to fire, grazing, and herbi-
cide. Presentation at Grand River Grasslands Symposium: Ten Years of Research - Key Findings and
Future Directions in Lamoni, IA.
6. Coon, JJ, LW Morton, C.J. van Riper, and JR Miller. May 2017. Landowner attitudes toward non-
8. Curriculum Vitae – Jaime J. Coon
coonja@earlham.edu | (616) 403-0856 | jaimejcoon.com
8
native plants, native wildlife, and grassland management. Presentation at Grand River Grasslands
Symposium: Ten Years of Research - Key Findings and Future Directions in Lamoni, IA.
Presentations Led by Undergraduate Mentees
1. *Bradley, IA, JJ Coon, SB Nelson, and JR Miller. Apr 2018. Caught on camera: Provisioning behav-
ior of a grassland songbird species of conservation concern. Poster at Graduates in Ecology and
Evolutionary Biology Symposium in Urbana, IL. (Best Poster Award, IAB)
2. *Daughtridge, RC, JJ Coon, *IA Bradley, and JR Miller. Apr 2018. Arthropod Response to a Land-
scape-Scale Herbicide Treatment: An Exploration of Grassland Birds’ Prey Base. Poster at the Un-
dergraduate Research Symposium (URS) in Urbana, IL.
3. *Mattes, JR, TM Swartz, JJ Coon, and JR Miller. Apr 2018. Assessing the Influence of Landowner
Attitudes on the Availability and Quality of Amphibian Habitat in Human-Constructed Ponds.
Poster at URS in Urbana, IL.
4. *Repiscak, M, JJ Coon, JF Capozzelli, LR Lynch, and JR Miller. Apr 2018. Evaluating habitat quality
for shrubland birds, arthropods, and bee communities in human-dominated landscapes. Poster at
Undergraduate Researchers Initiative (URI) Symposium in Urbana, IL.
5. *Wagner, M. *IA Bradley, JJ Coon, SB Nelson, and JR Miller. Apr 2018. Caught on Camera: Docu-
menting Nestling Diet of a Grassland Bird. Poster at URI Symposium in Urbana, IL.
6. *Bradley, IA, JJ Coon, SB Nelson, and JR Miller. Apr 2017. Caught on camera: Provisioning behav-
ior of a grassland songbird species of conservation concern. Poster at URS in Urbana, IL.
7. *Dong, S, *C Wessman, JJ Coon, and JR Miller. Apr 2017. Conservation in working landscapes:
controlling invasive species on private land. Poster at URS in Urbana, IL.
8. *Johnson, J, JJ Coon, TM Swartz, JF Capozzelli, and JR Miller. Apr 2017. Conservation in human-
dominated grasslands of the Midwest: ponds, cattle grazing, and shrub encroachment. Poster at
URI Symposium in Urbana, IL.
9. *Wendling, A, JJ Coon, TM Swartz, JF Capozzelli, and JR Miller. Apr 2016. Effects of land use on
grassland biodiversity: birds, arthropods, and amphibians. Poster at URI Symposium in Urbana, IL.
10. *Rola, KE, JJ Coon, and JR Miller. Mar 2016. Effects of arthropod abundance within dickcissel
(Spiza americana) territories on nestling body condition. Poster at the Midwest Ecology and Evolu-
tion Conference (MEEC) at Miami University in Oxford, OH.
HONORS
Fellowships
§ AAUW American Fellowship, Dissertation Completion Award (1 year) 2018-2019
§ UIUC Distinguished Fellowship (3 years) 2014-2017
§ CMU Centralis Scholar Award (4 years) 2010-2014
Scholarships
9. Curriculum Vitae – Jaime J. Coon
coonja@earlham.edu | (616) 403-0856 | jaimejcoon.com
9
§ Garden Club of Downer’s Grove, Janet Liewehr Memorial Scholarship 2016
§ CMU Biology Department, George R. Wheeler Scholarship 2012, 2013
§ Detroit News/Catch Outstanding Scholar Award 2010
Awards
§ Best Overall Talk, Student Judges; Best Post-Prelim Talk, Faculty Judges;
Graduates in Ecology and Evolutionary Biology Symposium (GEEB)
2019
§ Best Poster Award, GEEB 2016
§ CMU Honors Program Outstanding Senior Project Award, Sciences 2014
§ CMU Social and Behavioral Sciences Paper Competition, Honorable Mention 2014
§ CMU New Venture Competition semifinalist 2013
Awards Cont’d
§ CMU Udall Scholar Nominee/National Scholarship Nominee Award 2012, 2013
§ CMU Robert Newby Fund to Support Student Diversity Efforts 2012
§ CMU President’s List (4.0 GPA) 2010-2014
§ National Merit Commended Scholar 2010
§ National Advanced Placement Scholar 2010
PROFESSIONAL SERVICE
§ Ad Hoc Reviewer, Wilson Journal of Ornithology, Journal of Environmental
Management, Conservation Biology, Journal of Applied Animal Welfare, &
Wildlife Society Bulletin
§ Organizer, Diversifying Syllabi in Ecology and Environmental Science, a Re-
source Development Working Group
2020
§ Equity in Higher Ed Reading Group, Earlham College Biology Department 2020
§ Human-Wildlife Interactions NRES Faculty Search Committee, Student Member 2019
§ Upper Midwest Nature-Society Workshop, Moderator and Participant 2018
§ Graduate Students in Ecology and Evolutionary Biology Symposium, Judge 2017, 2018
§ NRES Grad Student Welcome Panel, Member (2017); Organizer (2018) 2017, 2018
§ Environmental Justice NRES Faculty Search Committee, Student Member 2017
§ Graduate College Welcome Event, Poster Presentation 2017
§ Capstone Presentations by NRES Seniors, Judge (2017), Organizer (2018) 2017, 2018
§ Grad School Preparation for NRES Undergraduates, Panelist 2016
SELECT AFFILIATIONS
§ Society for Range Management 2018-Present
§ International Association for Society and Natural Resources (IASNR) 2017-Present
§ American Association for University Women 2017-Present
§ The International Association for Landscape Ecology, North American Section 2017-Present
§ American Ornithology Society (formerly AOU/COS) 2015-Present