This curriculum vitae summarizes the academic background and activities of Laura Elizabeth Chasmer. She received her Ph.D. in 2008 from Queen's University and has since held positions at the University of Lethbridge, University of Waterloo, and Wilfrid Laurier University. Her research interests include forest and wetland ecosystems, permafrost, climate change, and remote sensing. She has over 40 peer-reviewed publications and has received several awards and research grants.
Ecological Marine Units: A New Public-Private Partnership for the Global OceanDawn Wright
Invited keynote for the 2017 Marine GIS User Group meeting held Thursday, May 25th at Stanford’s Hopkins Marine Station, 120 Ocean View Blvd., Pacific Grove, CA. The main web site for this user group is walrus.wr.usgs.gov/MontereyBayMarineGIS. The event page for the talk: https://hopkinsmarinestation.stanford.edu/events/dawn-wright-oregon-state-university-new-public-private-partnership-global-ocean
John F. Schalles is a full professor in the Biology Department at Creighton University who specializes in remote sensing of aquatic ecosystems. He has over 30 years of experience conducting research using remote sensing to analyze phytoplankton, salt marshes, and other coastal environments. He has advised over 100 undergraduate students and 16 graduate students, and has received over $1.45 million in research funding from agencies like NSF, NASA, and NOAA.
Ecological Marine Units: A 3-D Mapping of the Ocean Based on NOAA’s World Oce...Dawn Wright
This webinar to the Ecosystem Based Management Tools Network, May 17, 2017, reported progress on the Ecological Marine Units (EMU) project, a new undertaking commissioned by the Group on Earth Observations, to develop a standardized and practical global ecosystems classification and map for the oceans. The EMU is comprised of a global point mesh framework, created from 52,487,233 points from the NOAA World Ocean Atlas. Each point has x, y, z, as well as six attributes of chemical and physical oceanographic structure (temperature, salinity, dissolved oxygen, nitrate, silicate, phosphate) that are likely drivers of many ecosystem responses. We identify and map 37 environmentally distinct 3D regions (candidate ‘ecosystems’) within the water column. These units can be attributed according to their productivity, direction and velocity of currents, species abundance, global seafloor geomorphology, and more. A series of data products for open access will share the 3D point mesh and EMU clusters at the surface, bottom, and within the water column, as well as 2D and 3D web apps for exploration of the EMUs and the original World Ocean Atlas data. This webinar provided an overview of the EMU project and cover recent developments and future plans for the EMUs. Webinar recording at https://www.openchannels.org/webinars/2017/ecological-marine-units-3-d-mapping-ocean-based-noaas-world-ocean-atlas
Alastair McClymont is a senior geophysicist who has published extensively on using geophysical methods like GPR and seismic reflection to study subsurface structures like faults and characterize groundwater flow. He has over 15 peer-reviewed publications in technical journals and has presented his research at numerous international conferences. His research focuses on imaging active faults and investigating hydrogeological properties in alpine environments using geophysical methods.
This document provides a summary of Gauthier Carnat's professional background and qualifications. It outlines his postdoctoral research focusing on sea ice biogeochemistry and the sulfur and carbon cycles. It also details his educational background including a Ph.D. from the University of Manitoba on the physical and biological controls of dimethylsulfide in Arctic and Antarctic sea ice. The document lists awards, field research experience, and publications, establishing Gauthier Carnat as an expert in sea ice biogeochemistry.
This preview presents a summary of four selected research on remote sensing drought assessment and impacts at both the regional and global levels as part of the course requirement for remote sensing for global environmental change. The papers are presented by Richard MacLean, graduate student in Geographic Information Systems for Development and Environment and Jenkins Macedo, graduate student in Environmental Science and Policy.
This document discusses research on the effects of rising ocean temperatures on coral reefs. It summarizes three sources that studied coral bleaching. One source used models to project bleaching through 2100 under different scenarios and found most models predicted high bleaching, though corals may adapt. Another surveyed coral at a atoll in 1998 and 2013, finding higher living coral, suggesting adaptation. The third modeled bleaching by 2050-2100 and found severe bleaching likely due to rising temperatures. The document concludes that while corals may partially adapt, coral reefs will increasingly experience severe bleaching as temperatures rise from climate change.
Ecological Marine Units: A New Public-Private Partnership for the Global OceanDawn Wright
Invited keynote for the 2017 Marine GIS User Group meeting held Thursday, May 25th at Stanford’s Hopkins Marine Station, 120 Ocean View Blvd., Pacific Grove, CA. The main web site for this user group is walrus.wr.usgs.gov/MontereyBayMarineGIS. The event page for the talk: https://hopkinsmarinestation.stanford.edu/events/dawn-wright-oregon-state-university-new-public-private-partnership-global-ocean
John F. Schalles is a full professor in the Biology Department at Creighton University who specializes in remote sensing of aquatic ecosystems. He has over 30 years of experience conducting research using remote sensing to analyze phytoplankton, salt marshes, and other coastal environments. He has advised over 100 undergraduate students and 16 graduate students, and has received over $1.45 million in research funding from agencies like NSF, NASA, and NOAA.
Ecological Marine Units: A 3-D Mapping of the Ocean Based on NOAA’s World Oce...Dawn Wright
This webinar to the Ecosystem Based Management Tools Network, May 17, 2017, reported progress on the Ecological Marine Units (EMU) project, a new undertaking commissioned by the Group on Earth Observations, to develop a standardized and practical global ecosystems classification and map for the oceans. The EMU is comprised of a global point mesh framework, created from 52,487,233 points from the NOAA World Ocean Atlas. Each point has x, y, z, as well as six attributes of chemical and physical oceanographic structure (temperature, salinity, dissolved oxygen, nitrate, silicate, phosphate) that are likely drivers of many ecosystem responses. We identify and map 37 environmentally distinct 3D regions (candidate ‘ecosystems’) within the water column. These units can be attributed according to their productivity, direction and velocity of currents, species abundance, global seafloor geomorphology, and more. A series of data products for open access will share the 3D point mesh and EMU clusters at the surface, bottom, and within the water column, as well as 2D and 3D web apps for exploration of the EMUs and the original World Ocean Atlas data. This webinar provided an overview of the EMU project and cover recent developments and future plans for the EMUs. Webinar recording at https://www.openchannels.org/webinars/2017/ecological-marine-units-3-d-mapping-ocean-based-noaas-world-ocean-atlas
Alastair McClymont is a senior geophysicist who has published extensively on using geophysical methods like GPR and seismic reflection to study subsurface structures like faults and characterize groundwater flow. He has over 15 peer-reviewed publications in technical journals and has presented his research at numerous international conferences. His research focuses on imaging active faults and investigating hydrogeological properties in alpine environments using geophysical methods.
This document provides a summary of Gauthier Carnat's professional background and qualifications. It outlines his postdoctoral research focusing on sea ice biogeochemistry and the sulfur and carbon cycles. It also details his educational background including a Ph.D. from the University of Manitoba on the physical and biological controls of dimethylsulfide in Arctic and Antarctic sea ice. The document lists awards, field research experience, and publications, establishing Gauthier Carnat as an expert in sea ice biogeochemistry.
This preview presents a summary of four selected research on remote sensing drought assessment and impacts at both the regional and global levels as part of the course requirement for remote sensing for global environmental change. The papers are presented by Richard MacLean, graduate student in Geographic Information Systems for Development and Environment and Jenkins Macedo, graduate student in Environmental Science and Policy.
This document discusses research on the effects of rising ocean temperatures on coral reefs. It summarizes three sources that studied coral bleaching. One source used models to project bleaching through 2100 under different scenarios and found most models predicted high bleaching, though corals may adapt. Another surveyed coral at a atoll in 1998 and 2013, finding higher living coral, suggesting adaptation. The third modeled bleaching by 2050-2100 and found severe bleaching likely due to rising temperatures. The document concludes that while corals may partially adapt, coral reefs will increasingly experience severe bleaching as temperatures rise from climate change.
OSJ 2019 : Practical Resilience Index for Coral Reef Assessmentanbiocore
This document proposes a new index for assessing coral reef resilience based on data collected from line-intercept transects. The index was modified from an existing soil resilience index. Six variables were statistically selected as resilience indicators: coral functional group, coral habitat quality, sand-silt cover, coral cover, coral small-size number, and algae-other-fauna cover. Maximum values of five variables were determined as the best state, while the maximum value of coral small-size number was determined from 1240 data sets of Indonesian reefs. The resilience index performed well in relation to changes in coral cover, algae-other-fauna cover, and sand-silt cover. Managers can use this tool to
Climate change impact on the seaweed Fucus serratus, a key foundational speci...Alexander Jueterbock
This document summarizes the key objectives and findings from three papers in a PhD thesis on the impacts of climate change on the seaweed Fucus serratus. Paper I used ecological niche modeling to predict the northward migration of F. serratus and other seaweeds by 2100-2200 as temperatures rise. Paper II examined the physiological tolerance of F. serratus populations to heat stress and found local adaptation but signs that southern populations may exceed stress limits by 2200. Paper III analyzed genetic changes after a decade and found effective population sizes maintained adaptive potential except possibly in southern Britain and Spain where changes were detected.
Range shifts and adaptive responses during ice ages and recent global warming...Alexander Jueterbock
This document discusses how past climate changes like ice ages have impacted species range shifts and adaptive responses. During ice ages, some species were able to track their habitats over long distances through high population connectivity, while others became subdivided into isolated populations in glacial refugia. When the climate warmed again, species recolonized areas from refugia and sometimes rapidly adapted to empty niches, resulting in instances of speciation. The responses of species in the past continue to influence their characteristics today, with long-distance dispersers generally having higher genetic diversity and adaptive potential compared to poor dispersers.
The multivariate statistical analysis of the environmental pollutants at lake...Alexander Decker
1. The document analyzes environmental pollutants in Lake Nyamagoma in Tanzania using multivariate statistical analysis of water samples collected from 8 sites during the wet season.
2. The results show variation in pollutant levels controlled by factors like primary productivity, redox conditions, dissolution, nitrification, denitrification, mixing, and reduction processes, as well as human activities in the area.
3. Four factors were extracted from the analysis: 1) high turbidity and primary productivity, 2) cation exchange processes, 3) variation in pollutants by depth and nutrients from the catchment, and 4) reduction processes and increased salinity.
This document discusses the impacts of climate change on macroalgae. Temperature is identified as the most important factor limiting macroalgal distribution, and warming oceans are causing poleward shifts in distribution ranges. Some key effects of rising temperatures include declining kelp forest coverage, shifts to turf-dominated systems, reduced productivity and genetic diversity, and increasing susceptibility to pathogens and herbivores. The long-term survival of macroalgal species is threatened by climate change.
This document discusses how climate change is affecting North Atlantic fucoid seaweeds. Ecological niche modeling predicts their distribution ranges will shift northward by 2100 due to rising sea temperatures. This will cause the biggest ecological changes in Arctic and warm temperate areas, including increased diversity and potential for hybridization. While some seaweeds may be able to adapt, others may lose habitat. Integrative modeling is needed to understand the seaweeds' response by considering their niche shifts, plasticity, adaptation, dispersal, and biotic interactions.
Presentation of the fall and rise and fall again of eastern hemlock, a foundation tree species of eastern North American forests. Testing the hypothesis that it is a foundation species, modeling its future given climate change scenarios, and validating model results with eddy covariance data
This document provides a summary of Christopher Michael Usher Neale's education and experience. It lists his degrees from Escola de Engenharia Mauá in Brazil and Colorado State University. It outlines his areas of research including remote sensing, GIS applications, irrigation water management, and evapotranspiration. It also provides a history of his employment including positions at the University of Nebraska and Utah State University. Finally, it lists selected international experience and publications.
Monitoring Climate Variability and Impact in NV: What's A PA Country Gal Doin...DRIscience
This document provides an overview of Lynn Fenstermaker's research monitoring climate variability and its impacts in Nevada. Some key points:
1) Fenstermaker established the Nevada Climate-Ecohydrological Assessment Network (NevCAN) to monitor climate and environmental responses across elevation gradients. NevCAN has multiple research stations collecting meteorological and soil data.
2) Early NevCAN results show differences in precipitation and air temperature across elevations in the Snake Range. Downscaled climate model data is also being used.
3) Fenstermaker's other research assesses climate impacts on basin-wide evapotranspiration and vegetation using Landsat imagery and eddy covariance tower data. A strong correlation was found between annual
This document summarizes the findings of a group of researchers who met to discuss common misunderstandings about the causes of land-use and land-cover change. It aims to move beyond simplistic explanations and instead present a more nuanced understanding based on case study evidence. The researchers concluded that population growth and poverty alone do not drive tropical deforestation as often believed. Rather, deforestation is influenced by changing economic opportunities which are mediated by institutional and policy factors. Rangelands are also not simply natural systems but are maintained through interactions between human and environmental factors. Land use changes are complex processes influenced by local conditions as well as national and global forces.
Cassondra R. Thomas has over 17 years of experience in biogeochemistry and nutrient cycling in wetland environments. She holds a PhD in Environmental Sciences and has extensive experience modeling material and energy flows within estuarine systems. Her research has focused on phosphorus and nitrogen cycling in prescribed burns in the Everglades and carbon sequestration in scrub oak systems. She has also examined the effects of fiddler crab burrows on salt marsh biogeochemistry and created models of nitrogen cycling in Atlantic coast salt marshes and the Neuse River Estuary.
The 2010 drought in the Amazon was more severe than the 2005 drought, based on record low river levels. Satellite data showed widespread and persistent declines in vegetation greenness over a much larger area in 2010 compared to 2005. The declines in 2010 affected 51% of drought-stricken forests and persisted after rainfall returned to normal, unlike in 2005. The loss of photosynthetic capacity due to the 2010 drought may have significantly impacted the global carbon cycle.
Linh Hoang, USDA Forest Service Region 1 Climate Change Coordinator, presents the 2012 Planning Rule and how practical applications are needed to translate climate information into climate-informed management, at the Adaptive Silviculture for Climate Change (ASCC) Workshop for the Northern Rockies.
Climate change in the North Atlantic: Selection and local adaptation on the r...Alexander Jueterbock
1) The document examines how climate change may impact populations of Fucus serratus, a habitat-forming seaweed, on North Atlantic rocky shores.
2) Heat stress experiments on F. serratus from different locations found evidence of local adaptation related to temperature variability but not for populations from Spain.
3) Photosynthetic responses indicate climate change may exceed the thermal tolerance of F. serratus at its southern range limit.
Riverine thermal regimes are an important but overlooked component of environmental flows. Dams and other human activities can strongly modify the natural thermal regime of rivers by altering water temperatures, often decreasing temperatures downstream. Five key challenges to incorporating thermal regimes into environmental flow assessments are: 1) improving understanding of natural thermal variability, 2) quantifying the degree dams alter thermal regimes, 3) relating thermal changes to ecological impacts, 4) developing thermal criteria, and 5) implementing management strategies to restore thermal conditions.
Benjamin Galuardi has extensive experience in fisheries research using electronic tags and statistical analysis. He received his Ph.D in fisheries oceanography from UMass Dartmouth, with a dissertation on using electronic tags in stock assessment. He currently works as a statistician for NOAA Fisheries, analyzing data from the Atlantic sea scallop fishery. Previously he was a research scientist studying tunas, sharks, and sea turtles using tags, GIS, and oceanographic data analysis.
The economic value of ecosystem services is not spatially congruent with biod...CIFOR-ICRAF
This study examined the spatial congruence between biodiversity and the economic value of ecosystem services in tropical forests. The authors conducted a meta-analysis of 30 valuation studies from different tropical forest sites. They found that the economic value of ecosystem services does not match areas of high biodiversity, but instead follows a nonlinear relationship with accessibility and economic activity levels. Specifically, economic value peaks at intermediate accessibility and development levels. The study concludes that conservation policies focused solely on economic values would fail to protect remote, less disturbed regions that harbor much of the tropical forest biodiversity.
Jinan Babu A.R. has over 8 years of experience in business intelligence technologies. He has worked in roles such as Production Support Team Lead, ETL Analyst, BI Lead, Product Manager, and Risk Analyst. He is proficient with tools such as Informatica, Teradata, Cognos, Salesforce Wave Analytics, and SQL. He has a bachelor's degree in chemistry and a post-graduate degree in MCA. He is looking for a challenging role where he can utilize his technical, managerial, and interpersonal skills.
This document is a resume for Atilla Caylak seeking a managerial position in the automotive or heavy equipment industries. It summarizes his experience over 30+ years managing workshops and providing field service for vehicles, construction equipment, mining machinery, and more. He has extensive knowledge of vehicle systems, emissions standards, and workshop/fleet management software. His education includes a Masters in Agricultural Engineering and numerous technical certifications.
OSJ 2019 : Practical Resilience Index for Coral Reef Assessmentanbiocore
This document proposes a new index for assessing coral reef resilience based on data collected from line-intercept transects. The index was modified from an existing soil resilience index. Six variables were statistically selected as resilience indicators: coral functional group, coral habitat quality, sand-silt cover, coral cover, coral small-size number, and algae-other-fauna cover. Maximum values of five variables were determined as the best state, while the maximum value of coral small-size number was determined from 1240 data sets of Indonesian reefs. The resilience index performed well in relation to changes in coral cover, algae-other-fauna cover, and sand-silt cover. Managers can use this tool to
Climate change impact on the seaweed Fucus serratus, a key foundational speci...Alexander Jueterbock
This document summarizes the key objectives and findings from three papers in a PhD thesis on the impacts of climate change on the seaweed Fucus serratus. Paper I used ecological niche modeling to predict the northward migration of F. serratus and other seaweeds by 2100-2200 as temperatures rise. Paper II examined the physiological tolerance of F. serratus populations to heat stress and found local adaptation but signs that southern populations may exceed stress limits by 2200. Paper III analyzed genetic changes after a decade and found effective population sizes maintained adaptive potential except possibly in southern Britain and Spain where changes were detected.
Range shifts and adaptive responses during ice ages and recent global warming...Alexander Jueterbock
This document discusses how past climate changes like ice ages have impacted species range shifts and adaptive responses. During ice ages, some species were able to track their habitats over long distances through high population connectivity, while others became subdivided into isolated populations in glacial refugia. When the climate warmed again, species recolonized areas from refugia and sometimes rapidly adapted to empty niches, resulting in instances of speciation. The responses of species in the past continue to influence their characteristics today, with long-distance dispersers generally having higher genetic diversity and adaptive potential compared to poor dispersers.
The multivariate statistical analysis of the environmental pollutants at lake...Alexander Decker
1. The document analyzes environmental pollutants in Lake Nyamagoma in Tanzania using multivariate statistical analysis of water samples collected from 8 sites during the wet season.
2. The results show variation in pollutant levels controlled by factors like primary productivity, redox conditions, dissolution, nitrification, denitrification, mixing, and reduction processes, as well as human activities in the area.
3. Four factors were extracted from the analysis: 1) high turbidity and primary productivity, 2) cation exchange processes, 3) variation in pollutants by depth and nutrients from the catchment, and 4) reduction processes and increased salinity.
This document discusses the impacts of climate change on macroalgae. Temperature is identified as the most important factor limiting macroalgal distribution, and warming oceans are causing poleward shifts in distribution ranges. Some key effects of rising temperatures include declining kelp forest coverage, shifts to turf-dominated systems, reduced productivity and genetic diversity, and increasing susceptibility to pathogens and herbivores. The long-term survival of macroalgal species is threatened by climate change.
This document discusses how climate change is affecting North Atlantic fucoid seaweeds. Ecological niche modeling predicts their distribution ranges will shift northward by 2100 due to rising sea temperatures. This will cause the biggest ecological changes in Arctic and warm temperate areas, including increased diversity and potential for hybridization. While some seaweeds may be able to adapt, others may lose habitat. Integrative modeling is needed to understand the seaweeds' response by considering their niche shifts, plasticity, adaptation, dispersal, and biotic interactions.
Presentation of the fall and rise and fall again of eastern hemlock, a foundation tree species of eastern North American forests. Testing the hypothesis that it is a foundation species, modeling its future given climate change scenarios, and validating model results with eddy covariance data
This document provides a summary of Christopher Michael Usher Neale's education and experience. It lists his degrees from Escola de Engenharia Mauá in Brazil and Colorado State University. It outlines his areas of research including remote sensing, GIS applications, irrigation water management, and evapotranspiration. It also provides a history of his employment including positions at the University of Nebraska and Utah State University. Finally, it lists selected international experience and publications.
Monitoring Climate Variability and Impact in NV: What's A PA Country Gal Doin...DRIscience
This document provides an overview of Lynn Fenstermaker's research monitoring climate variability and its impacts in Nevada. Some key points:
1) Fenstermaker established the Nevada Climate-Ecohydrological Assessment Network (NevCAN) to monitor climate and environmental responses across elevation gradients. NevCAN has multiple research stations collecting meteorological and soil data.
2) Early NevCAN results show differences in precipitation and air temperature across elevations in the Snake Range. Downscaled climate model data is also being used.
3) Fenstermaker's other research assesses climate impacts on basin-wide evapotranspiration and vegetation using Landsat imagery and eddy covariance tower data. A strong correlation was found between annual
This document summarizes the findings of a group of researchers who met to discuss common misunderstandings about the causes of land-use and land-cover change. It aims to move beyond simplistic explanations and instead present a more nuanced understanding based on case study evidence. The researchers concluded that population growth and poverty alone do not drive tropical deforestation as often believed. Rather, deforestation is influenced by changing economic opportunities which are mediated by institutional and policy factors. Rangelands are also not simply natural systems but are maintained through interactions between human and environmental factors. Land use changes are complex processes influenced by local conditions as well as national and global forces.
Cassondra R. Thomas has over 17 years of experience in biogeochemistry and nutrient cycling in wetland environments. She holds a PhD in Environmental Sciences and has extensive experience modeling material and energy flows within estuarine systems. Her research has focused on phosphorus and nitrogen cycling in prescribed burns in the Everglades and carbon sequestration in scrub oak systems. She has also examined the effects of fiddler crab burrows on salt marsh biogeochemistry and created models of nitrogen cycling in Atlantic coast salt marshes and the Neuse River Estuary.
The 2010 drought in the Amazon was more severe than the 2005 drought, based on record low river levels. Satellite data showed widespread and persistent declines in vegetation greenness over a much larger area in 2010 compared to 2005. The declines in 2010 affected 51% of drought-stricken forests and persisted after rainfall returned to normal, unlike in 2005. The loss of photosynthetic capacity due to the 2010 drought may have significantly impacted the global carbon cycle.
Linh Hoang, USDA Forest Service Region 1 Climate Change Coordinator, presents the 2012 Planning Rule and how practical applications are needed to translate climate information into climate-informed management, at the Adaptive Silviculture for Climate Change (ASCC) Workshop for the Northern Rockies.
Climate change in the North Atlantic: Selection and local adaptation on the r...Alexander Jueterbock
1) The document examines how climate change may impact populations of Fucus serratus, a habitat-forming seaweed, on North Atlantic rocky shores.
2) Heat stress experiments on F. serratus from different locations found evidence of local adaptation related to temperature variability but not for populations from Spain.
3) Photosynthetic responses indicate climate change may exceed the thermal tolerance of F. serratus at its southern range limit.
Riverine thermal regimes are an important but overlooked component of environmental flows. Dams and other human activities can strongly modify the natural thermal regime of rivers by altering water temperatures, often decreasing temperatures downstream. Five key challenges to incorporating thermal regimes into environmental flow assessments are: 1) improving understanding of natural thermal variability, 2) quantifying the degree dams alter thermal regimes, 3) relating thermal changes to ecological impacts, 4) developing thermal criteria, and 5) implementing management strategies to restore thermal conditions.
Benjamin Galuardi has extensive experience in fisheries research using electronic tags and statistical analysis. He received his Ph.D in fisheries oceanography from UMass Dartmouth, with a dissertation on using electronic tags in stock assessment. He currently works as a statistician for NOAA Fisheries, analyzing data from the Atlantic sea scallop fishery. Previously he was a research scientist studying tunas, sharks, and sea turtles using tags, GIS, and oceanographic data analysis.
The economic value of ecosystem services is not spatially congruent with biod...CIFOR-ICRAF
This study examined the spatial congruence between biodiversity and the economic value of ecosystem services in tropical forests. The authors conducted a meta-analysis of 30 valuation studies from different tropical forest sites. They found that the economic value of ecosystem services does not match areas of high biodiversity, but instead follows a nonlinear relationship with accessibility and economic activity levels. Specifically, economic value peaks at intermediate accessibility and development levels. The study concludes that conservation policies focused solely on economic values would fail to protect remote, less disturbed regions that harbor much of the tropical forest biodiversity.
Jinan Babu A.R. has over 8 years of experience in business intelligence technologies. He has worked in roles such as Production Support Team Lead, ETL Analyst, BI Lead, Product Manager, and Risk Analyst. He is proficient with tools such as Informatica, Teradata, Cognos, Salesforce Wave Analytics, and SQL. He has a bachelor's degree in chemistry and a post-graduate degree in MCA. He is looking for a challenging role where he can utilize his technical, managerial, and interpersonal skills.
This document is a resume for Atilla Caylak seeking a managerial position in the automotive or heavy equipment industries. It summarizes his experience over 30+ years managing workshops and providing field service for vehicles, construction equipment, mining machinery, and more. He has extensive knowledge of vehicle systems, emissions standards, and workshop/fleet management software. His education includes a Masters in Agricultural Engineering and numerous technical certifications.
Dinesh B Deshpande is an Indian software engineer with over 9 years of experience in data warehousing and ETL. He has extensive expertise in Informatica PowerCenter and has worked on various projects involving data extraction from sources like flat files, Oracle, SQL Server, and Teradata, and loading the data into target databases. He currently works as a senior consultant at Capgemini Consulting India Pvt. Ltd.
The document summarizes a case before the Ontario Labour Relations Board regarding whether three construction companies - Borea Construction, Pomerleau Ontario Inc., and D.H. Blattner & Sons Inc./Blattner Energy Inc. - should be considered a single employer or if there was a sale of business that binds Borea to certain union agreements. It provides background on how Borea was originally created through a joint venture between American company Blattner and Quebec-based Genivar to build wind farms in Canada. When Genivar later sold its interest in Borea to Pomerleau, the union sought to bind Borea to the same agreements as Pomerleau. The document discusses the history and operations of each
Shaik Niyas Ahamed Mohamed Hajiyar has over 7 years of experience in data warehousing and business intelligence, specializing in Ab Initio ETL tool, Teradata, and UNIX scripting. He has worked on several projects for clients like Tata Consultancy Services, Citi Bank, JPMorgan Chase, and John Lewis, taking on roles like developer, team lead, and trainer. His skills include ETL design, development, testing, support, and performance tuning across various technologies.
This document contains a summary of Azhar Mohammed's experience and qualifications. He has over 9 years of experience in IT with a focus on Informatica administration. Specifically, he has 4+ years of experience administering Informatica PowerCenter versions 9.5, 9.1, 8.6, 8.5, and 7.1. He also has experience with Informatica Data Quality and other tools. His background includes administration, installation, configuration, troubleshooting, and upgrading various versions of Informatica software.
Amit Kumar has over 3 years of experience as an Informatica Administrator and Developer. He has worked on multiple projects involving data extraction, transformation and loading using Informatica. His responsibilities have included installing and upgrading Informatica, managing services, performing administrative tasks, developing ETL mappings between various sources and targets, testing mappings, and monitoring ETL processes. He is proficient in Informatica PowerCenter, Oracle, SQL Server and Linux.
Santhosh Kumar has over 2 years of experience as an Informatica PowerCenter developer and administrator. He is certified in Informatica PowerCenter 9.X and has experience developing mappings, managing environments, performing upgrades, and automating tasks. Some of his key skills include managing multiple Informatica domains, developing automation scripts, and setting up web service hubs. He has worked on various projects for clients like Aviva and AXA involving data migration, ETL, and Informatica upgrades.
This document outlines a study to assess water quality and detect environmental changes at Mancher Lake in Pakistan using physico-chemical analysis and remote sensing techniques. The objectives are to analyze water quality parameters like pH, COD, BOD, hardness, TDS and EC; assess physical changes in land use/cover; evaluate environmental impacts on water, human health, agriculture and the local economy; and propose restoration plans. The methodology will involve collecting satellite imagery, conducting field surveys, analyzing water samples for various parameters, performing image classification techniques to detect land use changes, and assessing results to evaluate current conditions and impacts.
UNCERTAINTY OF HYDROLOGIC EVENTS UNDER SOUTH DAKOTA’S CHANGING CONDITIONS: A ...Boris Shmagin
Widespread flooding across South Dakota in 2011 has spurred a new look at the institutional, regulatory, and mathematical models used to manage the Upper Missouri River Basin as it affects all aspects of life in South Dakota. An SD EPSCoR planning grant was awarded to a team of local, national and international
researchers, who produced a strategy to create a research infrastructure with the goal of developing conceptual and mathematical models to understand and describe the uncertainty of hydrological events (HE) across South Dakota. The strategy involves two main tasks: 1) planning for study of the uncertainty of HE in the Upper Missouri Basin (Shmagin, B. 2011. Missouri River watershed: the object for hydrological study and uncertainty of models. Available from Nature
Precedings at <http: />. [Accessed Oct 3, 2012].)
and 2) developing concepts for communicating uncertainty of HE for wider use outside the professional community. The plan brings together a variety of disciplines, and outlines the development of an artificial intelligence approach to analyzing the interaction of HE, engineering installations and social systems in South Dakota.
The focus of study is the system hydrological researcher – mathematical modeler
– stakeholder, and the process considered is the interaction of knowledge with uncertainty in application to HE. Uncertainty in HE will be defined using concepts broader than hydrology (such as statistical learning) and linked to the concerns of all social, cultural and economic sectors in South Dakota.
Considering this system of interacting participants allows focusing on the principal stages in tackling uncertainty, from developing the research task and obtaining the hydrological results to communication between researcher and stakeholder. Mathematical models are the universal language in scientific research
and will be adapted to bring the results to stakeholders. Three mathematical
approaches to modeling HE and impacts to South Dakota will be considered: 1) distributed system interactions, 2) statistical learning and 3) cellular automata.
Specific concepts of uncertainty for modeling watersheds and describing the time-space variability of water cycles and budget for regional hydrologic study were developed. These concepts include remotely sensed data use, scale and influence of drainage and irrigation on the groundwater regime and hydrology of wetlands and lakes in the Missouri River Valley and Prairie Pothole Region. Additional necessary concepts concern risk assessment and HE interaction with the sociology and economy (e.g., types and scales of regionalization of the physical and human environment), and the design of interactive simulation models (e.g., cartographic presentation and simplified educational modeling after A. Voinov [2008]. of HE in the natural landscapes and industrial/changed conditions in South Dakota.
Developed a wetland inventory and assessment for St. Lucie
County, Florida that involved the delineation, classification, and functional
assessment of over 30,000 acres of wetlands.
Wetland Delineation and Functional Assessment (2009). Confidential Client,
Alaska. Delineated over 100,000 acres of wetlands in interior Alaska and
assessed wetland functions using the hydrogeomorphic approach.
Wetland Delineation and Mitigation Design (2005). Port of Seattle, Seattle,
Washington. Delineated wetlands and designed mitigation for wetland
impacts associated with the expansion of the Seattle-Tacoma
International Airport.
Wetland Delineation
This document provides a summary of Fei Xing's background and experience. It highlights over 9 years of experience in coastal hydrodynamics and sedimentology, specialized in numerical modeling of extreme events, coastal morphology, and restoration. It also lists extensive experience using modeling software like DELFT3D, SWAN, XBEACH, MIKE, and others, as well as GIS and image analysis skills.
WE1.L09 - AN OVERVIEW OF THE DESDYNI MISSIONgrssieee
The DESDynI mission is an upcoming NASA/JPL satellite mission that will use L-band synthetic aperture radar (SAR) and multibeam lidar instruments to study ice sheet dynamics, ecosystems, carbon cycling, and natural hazards. The mission aims to launch in October 2017 for a 3-year mission. Key science goals include improving understanding of ice sheet behavior and sea level rise, measuring global forest biomass and carbon fluxes, and mapping earthquake and volcanic deformation. Airborne simulators like UAVSAR and LVIS are currently being used to develop and test DESDynI measurement techniques.
Keith Nislow (Forest Service and Northeast Climate Science Center) presented at the Adapting Forested Watersheds to Climate Change Workshop, at Antioch University New England, Keene, NH on April 4-5, 2017. The workshop was hosted by the Northern Institute of Applied Climate Science (NIACS), USDA Climate Hubs, and Trout Unlimited.
Thomas A. Shahan graduated from Florida Atlantic University with a Bachelor of Science in Geology in 2014. He has relevant coursework and experience in fields methods, mineralogy, petrology, sedimentology, structural geology, hydrogeology, paleontology, geomorphology, and GIS. He completed a summer field camp at the University of Florida focusing on mapping and structural geology. His experience includes working as an environmental geophysics lab technician at FAU where he utilized GPR and gas chromatography equipment on projects related to biogenic gas releases from wetlands. He also works as a pool service technician. He has presented abstracts at conferences on utilizing GPR to investigate temporal and spatial distribution of biogenic gases from peat
Thomas A. Shahan graduated from Florida Atlantic University with a Bachelor of Science in Geology in 2014. He has relevant coursework and experience in fields methods, mineralogy, petrology, sedimentology, structural geology, hydrogeology, paleontology, geomorphology, and GIS. He completed a summer field camp at the University of Florida focusing on mapping and structural geology. His experience includes working as an environmental geophysics lab technician at FAU and as a pool service technician. He has certifications in GIS, OSHA HAZWOPER, and skills in GPR, gas chromatography, ArcGIS, and field equipment. He has authored or co-authored 5 conference presentations and abstracts on utilizing
This curriculum vitae summarizes the career and qualifications of Menglin Susan Jin. She is currently a visiting professor at the University of Maryland, College Park, where she has held various research and teaching positions since 2000. Her research focuses on remote sensing of land, clouds, and aerosols as well as climate change modeling. She has over 30 peer-reviewed publications and has received continuous research funding from NASA and NSF since 2005.
1. The document examines tropical hydrology and the need for further research on moisture cycling, catchment processes, and long-term data collection across the humid tropics.
2. It discusses the highly variable and intense nature of the tropical hydrological cycle compared to other regions, and how human activities are rapidly altering tropical landscapes and hydrology.
3. The research vision calls for integrated studies of water fluxes from subsurface to atmosphere across strong environmental gradients, as well as coordinated long-term monitoring networks to understand low-frequency dynamics in the context of a warming climate and continued land use change.
Kim Cobb's Borneo stalagmite talk - AGU 2015Kim Cobb
This talk presents the latest results from the Borneo stalagmite project that seeks to reconstruct Western tropical Pacific hydrology over the last half million years. We discuss our results in the context of climate forcing, the El Nino-Southern Oscillation, and climate modeling studies.
This document provides information about an upcoming conference on the impacts of extreme climate events on aquatic biogeochemical cycles and fluxes. The 6-day conference will be held in San Juan, Puerto Rico and include oral and poster sessions as well as field trips. It will bring together over 30 invited speakers and around 100 additional poster presenters to discuss topics such as defining extreme climate events, measuring their impacts on carbon, nitrogen, and phosphorus cycles, how these events influence ecosystem structure and recovery, and management strategies to mitigate impacts.
April 2010, Tri-State EPSCoR Meeting, Incline VillageJeff Dozier
This document discusses improving water management and predicting water availability given climate change and human impacts. It proposes integrating different types of data and modeling to better understand changes to the water cycle. Key challenges include closing knowledge gaps, developing scalable and robust forecasting tools, and providing usable information to decision-makers dealing with non-stationary conditions and greater uncertainties.
This curriculum vita summarizes the qualifications of Jennifer Ann Corbin. She has over 20 years of experience in research, teaching, and natural resource work. She is currently a PhD candidate studying alpine ecology and has worked extensively on research projects in Grand Teton National Park. She has taught college courses in biology, physical science, and technical writing. Her research focuses on topics like climate change, limnology, hydrology, and biogeochemistry in high alpine systems.
Herbert Mbufong Njuabe is a Cameroonian researcher currently working as an affiliated researcher at Aarhus University in Denmark. He holds a PhD in Bioscience from Aarhus University and has over 10 years of experience conducting field research and publishing work related to Arctic carbon dioxide fluxes and greenhouse gas emissions from subarctic peatlands. His career has included positions as a research assistant, employed PhD fellow, and field assistant on projects in Greenland, Sweden, and Denmark.
Dr Nathan Ning is a technical writer and editor who has over 15 years of experience editing scientific papers, reports, and theses. He has a PhD in freshwater science from La Trobe University and is a member of Editors Victoria. Dr Ning provides writing, editing, and review services, with a focus on life sciences. He has worked with universities, government agencies, and international journals.
CCW conference: Social approaches to climate changeClean Water
Vicky Chanse, Ph.D., Univ of Maryland
Increasingly, climate change is influencing the health of our waterways. In the years and decades to come climate change will be a growing focus of the work of policy-makers, planners, and advocates dedicated to protecting and restoring our watersheds. This panel examines policy approaches, adaptive strategies, and community involvement to ensuring clean water while protecting our communities from the impacts of climate change.
CCW conference: Social approaches to climate change
LChasmer_cv_2017
1. Laura Elizabeth Chasmer
Dept. of Geography, University of Lethbridge, Lethbridge Alberta T1K 3M4
Phone number: +1 519-998-5894, Email: laura.chasmer@uleth.ca
Curriculum Vitae
Education
Ph.D. (2008) Geography, Queen’s University, Kingston Ontario Canada
Thesis title: Assessment of meteorological and vegetation structural influences on carbon fluxes in a boreal jack pine
chronosequence: Scaling to MODIS
Supervisors: Dr. Harry McCaughey; Dr. Paul Treitz
Note: During my doctoral program at Queen’s (2002-2008), I worked part-time (2004-2008) with the Applied
Geomatics Research Group, NS.
M.E.S. (2001) Geography, University of Waterloo, Waterloo Ontario Canada
Thesis Title: Examining the influence of the North Atlantic Oscillation on the Odden sea ice peninsula, Greenland Sea
Supervisor: Dr. Ellsworth LeDrew
Research Interests
Forest and wetland ecosystems; permafrost; climate change; meteorology; greenhouse gas exchanges; hydrology; remote
sensing; LiDAR; geographic information systems; modelling
Summary of Academic Activities
Refereed Publications in International Journals: 44 (+ 17 as refereed proceedings)
Papers in Review for International Journals: 5
Non-Refereed Proceedings Papers and Contributions to Conferences: 90+
Graduate Student Committees: 11; (+8 independent study students)
Teaching: Hydrology; Intro. Physical Geography; Intro. Geographic Information Science; Remote Sensing
Awards
2015 Canadian Remote Sensing Society Bronze Medal Award for Outstanding Early Career Achievements
2009 Best Ph.D. thesis award. Canadian Remote Sensing Society.
2007 Advanced Study in Regional Biogeochemistry: National Center for Atmospheric Research, Boulder CO.
2006 – 2007 Ontario Graduate Scholarship for Science and Technology - $10,000.
2004 – 2006 Ontario Graduate Scholarship for Science and Technology - $15,000 per year.
2005 Queen’s Graduate Field Scholarship - $5000.
2003 – 2005 Natural Science and Engineering Research Council Scholarship: PGSB - $42,000.
2000, 2001 University of Waterloo internal scholarship in Geography - $5000
2000 Natural Science and Engineering Research Council Scholarship: PGSA - $25,000.
Recent Funding
2016 G. of Alberta Oil Sands Monitoring ($900,988) Remote Sensing Wetland Ecosystem Change Detection Method
Development (PI – Chasmer) (pending).
2016 NSERC Discovery Grant ($194,114) Investigating Environmental Risk from Climate Change in Canada: FIre Fuel
Consumption, Severity and Ecosystem Response Indicators using LiDAR (FISIL) (PI – Chasmer) (pending)
2016 CFI ($2,112,935 + $874,125 in kind) Democratizing 3D Data for Earth and Environmental Sciences Research:
Ecosystems Diagnostic Imaging (PI – Dr. C. Hopkinson, Chasmer + 7 others as CoI) (pending).
2013 CFI ($600,837): An Integrated System for High Resolution Terradynamic Imaging (PI – Dr. C. Hopkinson;
Chasmer – CoI) (Funded: 2013-2018)
2. 2 | P a g e L. C ha smer
Career
2016 – present Assistant Professor, University of Lethbridge, Lethbridge Alberta.
2014 – present Alberta Innovates and Technology Futures Post-Doctoral Fellow, Dept. of Geography, University of
Lethbridge, Lethbridge Alberta. Developing methods for observation and scaling of hydro-meteorological
(peatland and forest) processes within a changing climate.
2013 – 2014 Visiting Assistant Professor, Dept. of Geography, University of Lethbridge, Lethbridge Alberta
Lectured courses in Physical Geography, Hydrology, and Geographic Information Science.
2011 – 2013 Research Associate, Dept. of Geography, University of Waterloo, Waterloo Ontario
Quantify influences of forest harvest on water and carbon balance within Western Boreal Plain, Alberta.
Examine mass and energy exchanges at a reclaimed fen, post oil extraction, northern Alberta.
2008 - 2011 Post-Doctoral Fellow, Cold Regions Research Centre, Wilfrid Laurier University, Waterloo Ontario
Examine influences of vegetation structure on permafrost thaw; scaling of mass and energy exchanges
from land cover type to region using eddy covariance, soil chambers, photogrammetry, and plateau
morphology.
2004 – 2008 Part-time Research Associate, Applied Geomatics Research Group, Nova Scotia
Airborne and terrestrial LiDAR survey operations, planning, and workshops.
2001 – 2004 Part-time Consulting, Ontario.
Hydro-meteorological instrument deployment.
2003 – 2004 Teaching Assistant, Queen’s University.
Geographic Information Systems; Remote sensing; Hydro-meteorology.
2001 – 2002 Research Assistant and Teaching Assistant, McMaster University.
Designed, programmed, calibrated, and installed meteorological eddy covariance flux station with
numerous meteorological instruments.
2000 Lecturer, University of Waterloo.
Remote sensing and GIS – special course to visiting scientists from Indonesia.
2000 Research and Teaching Assistant, University of Waterloo/NASA.
Climatology of urban heat islands and impacts on health in US and Canada.
1999 Research Assistant, University of Waterloo.
Climate influences on Arctic sea ice concentrations.
1998 Solar Car Terrain Modeling, University of Waterloo.
3-D terrain analysis and solar load modeling using ArcINFO for international SunRayce
1998 Research Assistant, University of Waterloo.
Examined the influence of scale on the accuracy of climate normals from the local to regional level using
general circulation models.
Submitted Papers in Review (3) (*student)
Bye*, I. J., P. R. J. North, S. O. Los, N. Kljun, J. A. B. Rosette, C. Hopkinson, L. Chasmer and C. Mahoney, 2015.
Estimating forest canopy parameters from satellite waveform LiDAR. Remote Sensing of Environment. (revisions).
Chasmer, L., C. Hopkinson, R. Petrone, K. Devito. Differences between hydrological sensitivity and ecosystem response to
climate anomalies within Boreal Plains watersheds, Alberta Canada. Ecosystems (submitted).
3. 3 | P a g e L. C ha smer
Houghton*, E.R., W. L. Quinton, O. Sonnentag, and L. Chasmer. Implications of permafrost thaw on snow cover and melt
in a forested peat-plateau-wetland landscape in northwestern Canada. Hydrological Processes (submitted).
Chasmer, L., A, Paluck*, C. Mahoney, C. Hopkinson and W. Quinton. Morphological and tree structure influences on
permafrost thaw using a spatio-temporal random forest predictive model. Permafrost and Periglacial Processes. In
progress.
Chasmer, L., K. Hokanson, K. Devito, R. Petrone, C. Mendoza, C. Hopkinson. Are Boreal Plains wetlands becoming more
xeric? Quantifying feedbacks between atmospheric drying, vegetation encroachment and pond terrestrialization.
Geophysical Research Letters. In progress.
Peer Reviewed Journal Publications (46)
Devito, K.J., K. J. Hokanson, P. Moore, A. Anderson, L. Chasmer, C. Hopkinson, N. Kettridge, C. A. Mendoza, D. L.
Peters, R. Petrone, U. Silins, B. Smerdon, J. Morissette, J. M. Waddington. Landscape controls of long-term runoff in
sub-humid heterogeneous Boreal catchments. J. of Hydrology (accepted).
Helbig*, M., L. Chasmer, A. Desai, N. Kljun, W. Quinton and O. Sonnentag. Direct climate change effects on net carbon
dioxide fluxes exceed indirect effects of thawing permafrost in a boreal forest-wetland landscape. Global Change
Biology. (in press).
Sutherland*, G., L. Chasmer, N. Kljun, K. Devito, and R. Petrone. Using high resolution LiDAR data and a flux footprint
parameterization to scale evapotranspiration estimates to lower pixel resolutions. Canadian Journal of Remote
Sensing. (accepted).
Merchant, M.*, J. Adams, A. Berg, J. Baltzer, W. Quinton and L. Chasmer, The contributions of C-band SAR
multipolarization data and polarimetric decompositions to subarctic boreal peatland mapping. IEEE Journal of
Selected Topics in Applied Earth Observations and Remote Sensing. (accepted)
Chasmer, L. and C. Hopkinson. Threshold loss of discontinuous permafrost and landscape evolution. Global Change
Biology. (in press).
Helbig, M.*, L. Chasmer, N. Kljun, W. Quinton, C. Treat, and O. Sonnentag, Increasing methane emissions cause a
positive net radiative greenhouse gas forcing of a rapidly thawing boreal forest-wetland landscape. Global Change
Biology. (in press a).
Xi, Z.*, C. Hopkinson, and L. Chasmer Automating plot-level stem analysis from TLS scans. Forests. In press.
Helbig*, M., K. Wischnewski, N. Kljun, L. Chasmer, W. Quinton, M. Detto, and O. Sonnentag, 2016. Regional
atmospheric cooling and wetting effect of permafrost thaw-induced boreal forest loss. Global Change Biology (in press
b).
Chasmer, L., C. Hopkinson, J. Montgomery*, R. Petrone, 2016. A Physically-based terrain morphology and vegetation
structural classification for wetlands of the Boreal Plains, Alberta Canada. Canadian Journal of Remote Sensing.
Special Issue on Advanced Forest Inventory. 42(5):521-540 . http://dx.doi.org/10.1080/07038992.2016.1196583
Hopkinson, C., L. Chasmer, C. Gynan, C. Mahoney, and M. Sitar 2016. Multi-sensor and multi-spectral lidar
characterization and classification of a forest environment. Canadian Journal of Remote Sensing. Special Issue on
Advanced Forest Inventory. 42(5):501-520.
Hopkinson, Chasmer, L., A. Barr, N. Kljun, T. A. Black and J. H. McCaughey 2016. Monitoring forest biomass and carbon
storage change by integrating airborne laser scanning and eddy covariance data. Remote Sensing of Environment.
181:82-95.
Sundqvist*, E., A. Oersson, N. Kljun, P. Vestin, L. Chasmer, C. Hopkinson, and A. Lindroth, 2015. Upscaling of methane
exchange in a boreal forest using soil chamber measurements and high-resolution LiDAR elevation data. Agricultural
and Forest Meteorology. 214:393-401.
4. 4 | P a g e L. C ha smer
Wasser*, L., L. Chasmer, R. Day, and A. Taylor, 2015. Quantifying land use effects on forested riparian buffer vegetation
structure. Ecosphere. 6(1):1-17.
Petrone, R., L. Chasmer, C. Hopkinson, U. Silins, S. Landhausser, N. Kljun, K. J. Devito, 2014.Effects of harvesting and
drought on CO2 and H2O fluxes in an aspen-dominated western boreal plain forest: Early chronosequence recovery.
Canadian Journal of Forest Research. 45 (1):87-100.
Mahoney, C., N. Kljun, S. O. Los, L. Chasmer, J. M. Hacker, C. Hopkinson, P. R. J. North, J. Rosette, E. van Gorsel, 2014.
Slope estimation from ICESat/GLAS. Remote Sensing. 6(10):10051-10069.
Sutherland*, G., L. E. Chasmer, R. M. Petrone, S. M. Brown, N. Kljun, and K. Devito, 2014. Evaluating the use of
spatially varying vs. bulk average 3D vegetation structural inputs to modeled evapotranspiration within heterogeneous
land cover types. Ecohydrology. 7(6):1545-1559. DOI: 10.1002/eco.1477.
Chasmer, L., C. Hopkinson, W. Quinton, T. Veness*, and J. Baltzer, 2014. A decision-tree classification for low-lying
complex land cover types within the zone of discontinuous permafrost. Remote Sensing of Environment. 143:73-84.
Brown, S.M., R. Petrone, L. Chasmer, C. Mendoza, M. Lazerjan, and D. Devito, 2014. Atmospheric and soil moisture
controls on evapotransipiration above and within a Western Boreal Plain aspen forest. Hydrological Processes.
28(15):4449-4462 DOI_10.1002/hyp.9879.
Baltzer, J.L., T. Veness*, L. E. Chasmer, W. L. Quinton, 2014. Forests on thawing permafrost: fragmentation, edge effects
and net forest loss. Global Change Biology. 20(3):824-834.
van Gorsel, E., A.J.A. Berni, P. Briggs, A. Cabello-Leblic, L. Chasmer, H.A. Cleugh, J. Hacker, S. Hantson, V. Haverd, D.
Hughes, C. Hopkinson, H. Keith, N. Kljun, R. Leuning, M. Yebra, and S. Zegelin, 2013. Primary and secondary
effects of climate variability on carbon and water exchange in an evergreen Eucalyptus forest. Agricultural and Forest
Meteorology, Special Issue on Carbon and Water Coupling. 182-183:248-256.
Hopkinson, C., J. Lovell, L. Chasmer, D. Jupp, N. Kljun, and E. van Gorsel, 2013. Integrating terrestrial and airborne lidar
to calibrate a 3D canopy model of effective leaf area index. Remote Sensing of Environment. 136:301-314.
Wasser*, L., R. Day, L. Chasmer, and A. Taylor, 2013. Influence of vegetation structure on lidar-derived canopy height
and fractional cover in forested riparian buffers during leaf-off and leaf-on conditions. PLoS ONE. 8(1):e54776.
Doi:10.1371/journal.pone.0054776.
Hopkinson, C., L. Chasmer, D. Colville, R. Fournier, R. Hall, J. Luther, T. Milne, R. Petrone, and B. St.-Onge, 2013.
Moving towards consistent ALS monitoring of forest attributes across Canada; the ‘C-CLEAR’ approach.
Photogrammetric Engineering and Remote Sensing – National LiDAR special issue. 79(2):159-173.
Chasmer, L., Kenward*, A., W. Quinton, and R. Petrone, 2012. CO2 exchanges within zones of rapid conversion from
permafrost plateau to bog and fen land cover types. Arctic, Antarctic, and Alpine Research. 44(4):399-411.
Los, S.O., Rosette, J.A.B., Kljun, N., North, P.R.J., Chasmer, L., Suarez, J.C., Hopkinson, C., Hill, R.A., van Gorsel, E.,
Mahoney, C., Berni, J.A.J. 2011. Vegetation height products between 60o
S and 60o
N from ICESat and GLAS data.
Geoscientific Model Development. 5:413-432.
Chasmer, L., N. Kljun, C. Hopkinson, S. Brown, T. Milne, K. Giroux*, A. Barr, K. Devito, I. Creed, and R. Petrone 2011a.
Characterizing vegetation structural and topographic characteristics sampled by eddy covariance within two mature
aspen stands using lidar and a flux footprint model: Scaling to MODIS, Invited for Special Issue on Scaling Fluxes. J.
Geophys. Res. - Biogeosciences, 116, G02026, doi:10.1029/2010JG001567.
Chasmer, L., W. Quinton, C. Hopkinson, R. Petrone, and P. Whittington*, 2011b. Vegetation canopy and radiation
controls on permafrost plateau evolution within the discontinuous permafrost zone, Northwest Territories, Canada.
Permafrost and Periglacial Processes. DOI: 10.1002/ppp.724.
Chasmer, L., C. Hopkinson, and W. Quinton, 2011c. Quantifying errors in permafrost plateau change from optical data,
Northwest Territories, Canada: 1947 to 2008. Canadian Journal of Remote Sensing – CRSS Special Issue. 36(2):S211-
S223.
5. 5 | P a g e L. C ha smer
Hilker, T., F.G. Hall, N.C. Coops, A. Lyapustin, Y. Wang, N. Grant, Z. Nesic, T. A. Black, M. Wulder, N. Kljun, L.
Chasmer, C. Hopkinson, 2010. Remote sensing of photosynthetic light use efficiency across two forested biomes (1):
spatial scaling. Remote Sensing of Environment. 114:2863-2874.
Quinton, W., M. Hayashi, and L. Chasmer. 2010. Permafrost thaw in the Canadian sub-arctic: Some implications for water
resources. Hydrological Processess Scientific Briefing. DOI: 10.1002/hyp.7894.
Hopkinson, C., L. Chasmer, S. Munro, and M. Demuth, 2010. The influence of DEM resolution on simulated solar
radiation-induced glacier melt. Hydrological Processes. 24:774-788.
Quinton, W., M. Hayashi, and L. Chasmer, 2009. Peatland hydrology of discontinuous permafrost in the Northwest
Territories: Overview and synthesis. Canadian Journal of Water Resources. 34(4):311-328.
Wharton, S., L. Chasmer, M. Falk, K.T. Paw U, 2009. Strong links between teleconnections and ecosystem exchange
found at a Pacific Northwest old growth forest from flux tower and MODIS EVI data. Global Change
Biology.15:2187-2205, doi: 10.1111/j.1365-2486.2009.01952.x.
Chasmer, L., C. Hopkinson, A. Barr, A. Black, H. McCaughey, and P. Treitz, 2009. Scaling and assessment of GPP from
MODIS using a combination of airborne lidar and eddy covariance measurements over jack pine forests. Remote
Sensing of Environment, 113(1):82-93.
Hopkinson, C. and L. Chasmer, 2009. Testing LiDAR models of canopy fractional cover across multiple forest ecozones.
Remote Sensing of Environment, 113:275-288.
Chasmer, L., N. Kljun, A. Barr, A. Black, C. Hopkinson, H. McCaughey, and P. Treitz, 2008a. Influences of vegetation
structure and elevation on CO2 uptake within a mature jack pine forest in Saskatchewan, Canada. Canadian Journal of
Forest Research. 38:2746-2761.
Chasmer, L., C. Hopkinson, P. Treitz, H. McCaughey, A. Barr, and A. Black, 2008b. A lidar-based hierarchical approach
to assessing MODIS fPAR Remote Sensing of Environment. 112:4344-4357.
Chasmer, L., A. Barr, A. Black, H. McCaughey, A. Shashkov, and P. Treitz, 2008c. Investigating light use efficiency
(LUE) across a jack pine chronosequence during dry and wet years. Tree Physiology. 28:1395-1406.
Hopkinson, C., L. Chasmer, and R. Hall, 2008. The uncertainty in conifer plantation growth prediction from multi-
temporal lidar datasets. Remote Sensing of Environment. 112(3):1168-1180.
Hopkinson, C. and L. Chasmer, 2007. Using discrete laser pulse return intensity to model canopy gap fraction. Finnish
Journal of Photogrammetry. 20(2):16-26.
Chasmer, L., C. Hopkinson, B. Smith, and P. Treitz, 2006a. Examining the influence of changing laser pulse repetition
frequencies on conifer forest canopy returns. Photogrammetric Engineering and Remote Sensing. 17(12):1359-1367.
Chasmer, L., C. Hopkinson, and P. Treitz, 2006b. Investigating laser pulse penetration of a conifer canopy through the
integration of airborne and terrestrial lidar. Canadian Journal of Remote Sensing. 32(2):116-125.
Hopkinson, C., L. Chasmer, K. Lim, P. Treitz, and I. Creed, 2006. Towards a universal lidar canopy height indicator.
Canadian Journal of Remote Sensing. 32(2):139-152.
Hopkinson, C., L. Chasmer, G. Sass, I. Creed, M. Sitar, W. Kalbfleisch, and P. Treitz, 2005. Vegetation class dependent
errors in lidar ground elevation and canopy height estimates in a boreal wetland environment. Canadian Journal of
Remote Sensing. 31(2):191-206.
Hopkinson, C., M. Sitar, L. Chasmer, and P. Treitz, 2004. Mapping snowpack depth beneath forest canopies using airborne
LiDAR. Photogrammetric Engineering and Remote Sensing. 70(3):323-330.
Hopkinson, C., L. Chasmer, C. Young-Pow, and P. Treitz, 2004. Assessing forest metrics with a ground-based scanning
LiDAR. Canadian Journal of Forest Research. 34:573-583.
6. 6 | P a g e L. C ha smer
Refereed Proceedings Papers (17)
Hopkinson, C., L. Chasmer, N. Kljun, E. van Gorsel, H. McCaughey, A. Barr, and A. Black, 2012. ALS monitoring of
changes in forest biomass and carbon storage. SilviLaser peer reviewed proceedings, September, Vancouver BC,
Canada.
Lovell, J.L., D.L.B. Jupp, E. van Gorsel, J. Jimenez-Berni, C. Hopkinson, and L. Chasmer, 2011. Foliage profiles from
ground based waveform and discrete point lidar. SilviLaser peer reviewed proceedings, Oct. 16-20, Hobart, Australia.
Fox*, A., C. Hopkinson, L. Chasmer, and A. Wile, 2011. Stability of LiDAR-derived raster canopy attributes with
changing pulse repetition frequency. SilviLaser peer reviewed proceedings, Oct. 16-20, Hobart, Australia.
Chasmer, L., C. Hopkinson, R. Petrone, and W. Quinton, 2011. Fusion of airborne LiDAR and WorldView-2 MS data for
classification of depth to permafrost within Canada’s sub-Arctic. SilviLaser peer reviewed proceedings, Oct. 16-20,
Hobart, Australia.
Chasmer, L., N. Kljun, C. Hopkinson, S. Brown, T. Milne, K. Giroux, A. Barr, K. Devito, I. Creed, and R. Petrone 2011.
Using a flux footprint model and airborne LiDAR to characterize vegetation structure and topography frequently
sampled by eddy covariance: Implications for MODIS product validation. SilviLaser peer reviewed proceedings, Oct.
16-20, Hobart, Australia.
Berni, A.J., N. Kljun, E. Van Gorsel, V. Haverd, R. Leuning, A. Cabello-Leblic, A. Held, C. Hopkinson, L. Chasmer,
2011. 3D spatial distribution of biophysical parameters derived from hyperspectral and lidar remote sensing.
Improving the constraints in land surface modelling. 34th
International Symposium on Remote Sensing of Environment.
Sydney Australia. April 10-15.
Van Gorsel, E., N. Kljun, R. Leuning, A.J. Berni, A. Cabello-Leblic, A. Held, V. Haverd, C. Hopkinson, L. Chasmer, and
K Youngentob, 2011. Use of high resolution lidar and hyperspectral data to evaluate the sensitivity of net ecosystem
exchange to stand structural and plant chemical properties. 34th
International Symposium on Remote Sensing of
Environment. Sydney Australia. April 10-15.
Quinton, W., L. Chasmer, and R. Petrone, 2011. Permafrost loss and a new approach to the study of subarctic ecosystems
in transition. IUGG Conference, IAHS Red Book, 4pgs.
Fox*, A., C. Hopkinson, and L. Chasmer, 2010. Simulating canopy transmittance using LiDAR echo classification, vertical
intensity and spatial point density distributions. IAHS Red Book, September 25 2010. Jackson Hole, WY. 4pgs.
Morrison*, H., C. Hopkinson, L. Chasmer, and N. Kljun, 2010. A GIS modeling routine to optimize LiDAR-based
effective leaf area index values in a boreal forest watershed. IAHS Red Book, September 25 2010. Jackson Hole, WY.
4pgs.
Chasmer, L., R. Petrone, S. Brown, C. Hopkinson, C. Mendoza, J. Diiwu, W. Quinton, and K. Devito, 2011. Sensitivity of
modeled evapotranspiration to canopy characteristics within the Western Boreal Plain, Alberta. C. Neale and R.
Gerber (eds.) IAHS Red Book, September 25 2010. Jackson Hole, WY. 4pgs.
Kljun, N., L. Chasmer, A. Barr, A. Black, C. Hopkinson, H. McCaughey, M.W. Rotach, and H.P. Schmid, 2009. Footprint
application to long-term CO2 flux observations. NCAS Special Issue In Memory of Tony Slingo.
Chasmer, L., and V. Thomas, 2008. Integrating airborne lidar with eddy covariance and beyond: New research within the
Canadian Carbon Program. Fluxletter, 1(2):9-13.
Chasmer, L., A. Barr, A. Black, C. Hopkinson, N. Kljun, H, McCaughey, and P. Treitz, 2007. Using airborne lidar for the
assessment of canopy structure influences on CO2 fluxes. ISPRS Laser Scanning 2007 and Silvilaser. September 12 –
14. Espoo, Finland.
Hopkinson, C., and L. Chasmer, 2007. Modelling canopy gap fraction from lidar intensity. ISPRS Laser Scanning 2007
and Silvilaser. September 12 – 14. Espoo, Finland.
Chasmer, L., C. Hopkinson, and P. Treitz, 2004: Assessing the three-dimensional frequency distribution of airborne and
ground-based LiDAR data for red pine and mixed deciduous forest plots. Proceedings of the Laser Scanners for Forest
7. 7 | P a g e L. C ha smer
and Landscape Assessment (ISPRS archived proceedings Vol XXXVI Part 8/W2 pgs 66-70). Freiburg, Germany.
October 2 – 6.
Hopkinson, C., K. Lim, L. Chasmer, P. Treitz, I. Creed, and C. Gynan, 2004: Wetland grass to plantation forest -
estimating vegetation height from the standard deviation of lidar frequency distributions. Proceedings of the Laser
Scanners for Forest and Landscape Assessment (ISPRS archived proceedings Vol XXXVI Part 8/W2 pgs 288-294).
Freiburg, Germany. October 2 – 6.
Hopkinson, C., L. Chasmer, G. Zsigovics, I. Creed, M. Sitar, P. Treitz, R. Maher, 2004: Errors in LiDAR ground elevation
and wetland vegetation height estimates. Proceedings of the Laser Scanners for Forest and Landscape Assessment
(ISPRS archived proceedings Vol XXXVI Part 8/W2 pgs 108-113). Freiburg, Germany. October 2 - 6.
Chasmer, L., and C. Hopkinson, 2001: Using airborne laser altimetry and GIS to assess scale induced radiation loading
errors in a glacierised basin. Eastern Snow Conference Proceedings. Ottawa, Ontario. May 17-18.
Non Refereed Contributions (Reports, Presentations, Proceedings papers, and posters) (>90)
Chasmer, L., K. Hokanson, K. Devito, C. Hopkinson, C. Mendoza and R. Petrone, 2016. Pulsing wetlands: Monitoring
feedbacks between hydro-climatic regimes, wetland vegetation changes and pond terrestrialisation using multi-
temporal LiDAR/optical and in situ data fusion. Canadian Remote Sensing Symposium, June 6-10, Winnipeg
Manitoba.
Haughton*, E., W. L. Quinton, O. Sonnentag, L. Chasmer. 2016. Snow cover characteristics and melt on a peat plateau-
bog complex, southern NWT, Canada. Canadian Geophysical Union Conference. May 29-June 2 Fredericton, New
Brunswick.
Chasmer, L., C. Hopkinson, R. Petrone and K. Devito, 2016. LiDAR for wetland classification and change research.
Invited presentation at Ducks Unlimited Canada, Edmonton.
Chasmer, L., C. Hopkinson 2016. Stem to forest: Multi-scale LiDAR forestry innovations at the ARTeMiS Lab. Invited -
Atelier LiDAR 2016. May 4-5, Quebec City, Quebec.
Chasmer, L., C. Hopkinson, M. Sitar, C. Mahoney, D. McCaffrey, C. Gynan. 2016. Cutting-edge LiDAR and forestry
research ARTeMiS Lab, University of Lethbridge. Invited – GeoForest 2016. March 1, Edmonton Alberta.
Sonnentag, O., M. Helbig*, F. Payette, K. Wischnewski, N. Kljun, L. Chasmer, C. Pappas, M. Detto, J. Baltzer, W.
Quinton, P. Marsh, 2016. Permafrost thaw and fire history: implications of boreal tree cover changes on land surface
characteristics and turbulent energy fluxes in the Taiga Plains, Canada. European Geophysical Union General
Assembly. April 17-22 Vienna Austria.
Chasmer, L., R. Petrone and C. Hopkinson, 2016. Vegetation biodiversity assessment using LiDAR/optical fusion of a
boreal saline fen within the oil sands region of Western Canada. Proceedings of the IEEE International Geoscience
and Remote Sensing Symposium 2016. July 10-15, Beijing China.
Xi*, Z., C. Hopkinson, and L. Chasmer. 2016. A novel algorithm for reconstructing 3-D branches from point clouds.
Proceedings of the IEEE International Geoscience and Remote Sensing Symposium 2016. July 10-15, Beijing China.
Paluck*, A., L. Chasmer, C. Hopkinson and C. Mahoney, 2016. Identifying vegetation and topographic characteristics
associated with permafrost conditions in the Northwest Territories. WDCAG meeting, University of Northern British
Columbia. March 11-12.
Beland, M., G. Parker, D. Harding, C. Hopkinson, L. Chasmer, A. Antonarakis. 2015. White paper – On the use of LiDAR
data at AmeriFlux sites. http://ameriflux.lbl.gov/wp-content/uploads/2014/06/mbeland-et-al_lidar-ameriflux-white-
paper_final.pdf
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Chasmer, L. and C. Hopkinson, 2015. Accelerating rates of discontinuous permafrost thaw associated with ground surface
morphology and changing vegetation structures determined from multi-temporal LiDAR data. AGU Fall Meeting. San
Francisco Dec 14-18.
Xi*, Z., C. Hopkinson and L. Chasmer, 2015. Improving forest attribute estimation of airborne LiDAR based on profile
assimilation from terrestrial LiDAR. AGU Fall Meeting. San Francisco Dec 14-18.
Helbig*, M., Wischnewski, K., Kljun, N., Chasmer, L., Quinton, W., Detto, M., and Sonnentag, O., 2015. Land cover
change in the zone of sporadic permafrost causes shift in landscape-scale turbulent energy fluxes. AGU Fall Meeting.
San Francisco Dec 14-18.
Hopkinson, C., L. Chasmer, C. Gynan, C. Mahoney, and M. Sitar, 2015. Systematic variations in multi-spectral lidar
representations of canopy height profiles and gap probability. AGU Fall Meeting. San Francisco Dec 14-18.
Chasmer, L., C. Hopkinson, J. Montgomery, K. Noble*, and R. Petrone, 2015. LiDAR-based monitoring of forest and
wetland change in Alberta’s Boreal region. Invited - ATIC Hyperspectral Workshop, University of Lethbridge,
September.
Chasmer, L., and C. Hopkinson, 2015. Wetlands may reduce the impacts of climate anomalies on upland forests in the arid
central boreal plains zone of western Canada. International Union of Geodesy and Geophysics: International
Association of Hydrological Sciences. Prague, Czechoslovakia June 22 – July 2.
Chasmer, L., C. Fuss*, Z. Xi, and Geog. 1000 students, 2015. Weather forecasting and uncertainty across Canada:
Involving students in spatio-temporal research questions in a large classroom environment. International Union of
Geodesy and Geophysics: International Association of Hydrological Sciences. Prague, Czechoslovakia June 22 – July
2.
Chasmer, L., C. Hopkinson and R. Petrone, 2015. Quantifying the impacts of 23-years of warming and drying trends on
peatland/upland succession in central Alberta. Canadian Geophysical Conference. Montreal Quebec, May 3-7.
Wischnewski, K., M. Helbig*, N. Kljun, L. Chasmer, P. Marsh, and W. Quinton, 2015. From 10 Hz to 30 minutes:
standardized procedures for (post)-processing eddy covariance measurements of the Taiga Plains flux tower meso-
network in Northwestern Canada. Canadian Geophysical Conference. Montreal Quebec, May 3-7.
Quinton, W., J. Baltzer, O. Sonnentag, A. Berg, L. Chasmer, 2015. Multi-scale studies of permafrost thaw impacts on eco-
hydrology in the southern fringe of permafrost, Northwestern Canada. Invited. Canadian Geophysical Conference.
Montreal Quebec, May 3-7.
Chasmer, L. and C. Hopkinson, 2015. Long-term trends in and interrelationships between central boreal plains ecosystem
succession and hydro-climatic conditions. Canadian Remote Sensing Symposium. St. John’s Newfoundland. June 8-11.
Berg, A., W. Quinton, J. Huang, L. Chasmer, J. Ambadan, R. Connon*, and L. Stone, 2014. The relationship of increasing
trends in GRACE observed total water storage to landscape changes in the Southern Taiga Plains. American
Geophysical Union Fall Meeting, San Francisco, CA.
Chasmer, L., C. Hopkinson, and R. Petrone, 2014. Assessing rates of biological and morphological change in northern
ecosystems using gridded climate records and remote sensing time series data. American Geophysical Union Fall
Meeting, San Francisco, CA.
Helbig*, M., K. Wischnewski, L. Chasmer, W. Quinton, N. Kljun, M. Detto, and O. Sonnentag, 2014. Seasonal dynamics
of the land surface energy balance of a boreal forest-peatland landscape affected by degrading permafrost in the Taiga
Plains, Canada.
Sonnentag, O., M. Helbig*, J. Baltzer, L. Chasmer, M. Detto, N. Kljun, P. Marsh, F. Payette, W. Quinton, and K.
Wischnewski, 2014. The Taiga Plains Research Network: Observing net carbon, water and heat exchanges across a
latitudinal permafrost gradient in northwestern Canada for improved understanding of high latitude ecosystem
responses to climate change. Arctic Change 2014 Conference. Dec. 8-12. Ottawa Ontario.
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Helbig*, M., K. Wischnewski, L. Chasmer, W. Quinton, N. Kljun, P. Marsh, and O. Sonnentag. 2014. Monitoring carbon,
water and heat fluxes in northwestern Canada under the influence of changing land cover and permafrost conditions.
1st
International Integrated Carbon Observation System Conference. September 23-25. Brussels, Belgium.
Helbig*, M., M. Detto, K. Wischnewski, L. Chasmer, W. Quinton, N. Kljun, F. Payette, K. Higgins, and O. Sonnentag,
2014. The influence of rapidly degrading discontinuous permafrost in the Northwest Territories, Canada on
atmospheric CO2 and CH4 fluxes. 4th
European Conference on Permafrost (EUCOP). June 18-21. Portugal.
Higgins*, K., O. Sonnentag, E. Levesque, and L. Chasmer, 2013. Plant species distribution in a patchy boreal forest-
peatland landscape, Northwest Territories, Canada. Poster presented at The Geography of Species
Associations: Special Meeting of the International Biogeography Society, November 15-17, Montréal, QC, Canada
Quinton, W., O. Sonnentag, R. Connon*, and L. Chasmer, 2013. The growth of permafrost-free bogs at the southern
margin of permafrost, 1947-2010 Poster presented at the AGU Fall Meeting, San Francisco CA.
Kljun, N., L. Chasmer, C. Hopkinson, A. Lindroth, C. Mahoney, Molder, Meelis, and A. Soudant, 2013. LiDAR derived
canopy structure and footprint modelling for interpretation of eddy-flux tower measurements at Norunda, Sweden.
Invited presentation at the AGU Fall Meeting, San Francisco CA.
Hopkinson, C., L. Chasmer, N. Kljun, and E. van Gorsel, 2013. Elements of systematic sensitivity and propagated
uncertainty in LiDAR-based forest attribute maps. Invited presentation at the AGU Fall Meeting, San Francisco CA.
Sonnentag, O., M, Helbig*, M. Detto, K. Wischnewski, L. Chasmer, P. Marsh, and W. L. Quinton, 2013. Establishment of
a Meso-newtork of eddy covariance towers to quantify carbon, water and heat fluxes along a permafrost and climate
gradient in the Taiga Plains, Northwest Territories. Poster presented at the AGU Fall Meeting, San Francisco CA.
Phillips*, T., R. Petrone, L. Chasmer, S. Brown, and J. S. Price, 2013. Quantifying and characterizing evapotranspiration in
a saline fen within the Western Boreal Plain, (WBP) in Fort McMurray, Alberta. Poster presented at the AGU Fall
Meeting, San Francisco CA.
Sutherland*, G., L. Chasmer, R. Petrone, S. Brown, N. Kljun, and K. Devito, 2013. Using high resolution LiDAR data and
a flux footprint parameterization to scale evapotranspiration estimates to lower pixel resolutions. Poster presented at
the AGU Fall Meeting, San Francisco CA.
Helbig*, M., M. Detto, K. Higgins, K. Wischnewski, L. Chasmer, W. L. Quinton, and O. Sonnentag, 2013. Quantifying
carbon, water, and energy fluxes under the influence of rapidly degrading discontinuous permafrost in the Northwest
Territories, Canada. Poster presented at the AGU Fall Meeting, San Francisco CA.
Chasmer, L., K. Giroux*, R. M. Petrone, C. Hopkinson, S. Brown, N. Kljun, and K.J. Devito, 2013. Strong links between
vegetation growth, SVI’s, and stomatal conductance at two boreal regeneration sites. MultiTemp 2013. Banff, Alberta.
June 26-28, 2013.
Chasmer, L., C. Hopkinson, W. Quinton, T. Veness*, and J. Baltzer, 2013. The importance of a good land cover
classification in the zone of discontinuous permafrost. WHIS&T Workshop – Invited presentation. Lethbridge Alberta,
June 13, 2013.
Rahimzadeh-Bajgiran, P., A. Berg, L. Chasmer, and E. Roshani, 2013. Satellite-based change detection over southern parts
of the Taiga Plains, Northwest Territories (NWT). CGU Conference. Saskatoon, Saskatchewan. May 26-30.
Chasmer, L., C. Hopkinson, S. Brown, and R. Petrone, 2013. Characterizing vegetation structural influences on forest fire
burn severity using LiDAR, spectral, and thermal remote sensing. CGU Conference. Saskatoon, Saskatchewan. May
26-30.
Chasmer, L., A. Berg, C. Hopkinson, W. Quinton, T. Veness, and J. Baltzer, 2013. The importance of a good land cover
classification in the zone of discontinuous permafrost. CGU Conference. Saskatoon, Saskatchewan. May 26-30.
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van Gorsel, E., J. A. J. Berni, P. Briggs, A. Cabello-Leblic, L. Chasmer, H. A. Cleugh, J. Hacker, S. Hantson, V. Haverd,
D. Hughes, C. Hopkinson, H. Keith, N. Kljun, R. Leuning, M. Yebra, and S.Zeglin, 2013. Primary and secondary
effects of climate variability on carbon and water exchange in a managed subalpine Eucalyptus forest. EGU Meeting.
Vienna Austria. April 7-12.
Kljun, N., E. van Gorsel, V. Haverd, A. Cabello-Leblic, L. Chasmer, J. Hacker, C. Hopkinson, and J. Jimenez-Berni, 2013.
Improving GPP estimates using high-resolution remote sensing maps. EGU Meeting. Vienna Austria. April 7-12.
Mahoney, C., N. Kljun, S. O. Los, P. R. J. North, L. Chasmer, C. Hopkinson, E. van Gorsel, J. Hacker, and J. A. B.
Rosette, 2013. Predicting slope from full waveform LiDAR. 2013. EGU Meeting. Vienna Austria. April 7-12.
Sonnentag, O., J. Baltzer, L. Chasmer, M. Detto, P. Marsh, and W. Quinton, 2012. Influence of increasing active-layer
depth and continued permafrost degradation on carbon, water and energy fluxes over two contrasting, forested
permafrost landscapes in the Taiga Plains, Northwest Territories. Canada. AGU Fall Meeting, San Francisco CA.
Petrone, R., L. Chasmer, K. Devito, N. Kljun, and J.M. Waddington, 2012. Real-time CO2 and energy exchange during the
Utikuma complex forest fire, Alberta, Canada. AGU Fall Meeting, San Francisco CA.
Sutherland, G.*, L. Chasmer, R. Petrone, and K. Devito, 2012. Using lidar data to spatially scale and examine the accuracy
of satellite-resolution estimates of evapotranspiration in the Western Boreal Plains. AGU Fall Meeting, San Francisco
CA.
Chasmer, L., K. Giroux*, R. Petrone, N. Kljun, and K. Devito, 2012 Influences of species composition, distribution, and
structure on leaf to footprint H2O and CO2 fluxes at two boreal regeneration sites. AGU Fall Meeting, San Francisco
CA.
Mahoney, C., N. Kljun, S.O. Los, P.R.J. North, L. Chasmer, E. van Gorsel, J.M. Hacker, C. Hopkinson, J. Rosette, 2012:
'Predicting Slope from Full Waveform LiDAR'. SilviLaser Conference, Vancouver, Canada, 16-19 September 2012.
Baltzer, J., W. Quinton, and L. Chasmer, 2012. Permafrost thaw as a mechanism for widespread boreal forest loss.
Ecological Society of America conference. Portland OR. August 7-9.
Van Gorsel, E., N. Kljun, R. Leuning, J.A.J. Berni, A. Cabello-Leblic, V. Haverd, A. Held, C. Hopkinson, L. Chasmer.
2011. Use of high resolution LiDAR and hyperspectral data to evaluate the sensitivity of net ecosystem exchange to
stand structural and plant chemical properties. ISRSE Conference, 2011.
Berni, J.A.J., N. Kljun, E. Van Gorsel, V. Haverd, R. Leuning, A. Cabello-Leblic, A. Held, C. Hopkinson, and L. Chasmer.
2011. ISRSE Conference, 2011.
Quinton,W., M. Hayashi, L. Chasmer 2011. Permafrost thaw induced land cover change in the Canadian subarctic:
Implications for land cover change. Invited presentation IUGG conference.
Petrone, R., L. Chasmer, S. Brown, C. Mendoza, J. Diiwu, W. Quinton, C. Hopkinson, and K. Devito, 2010. Sensitivity of
modeled evapotranspiration to canopy characteristics from LiDAR within the Western Borel Plain, Alberta. American
Geophysical Union conference, San Francisco CA. Dec. 13-17.
Wasser*, L., L. Chasmer, A. Tayler, and R. Day, 2010. Validating LiDAR derived estimates of canopy height, structure
and fractional cover in Riparian areas: A comparison of leaf-on and leaf-off LiDAR data. American Geophysical
Union conference, San Francisco CA. Dec. 13-17.
Chasmer, L., N. Kljun, C. Hopkinson, S. Brown, K. Giroux, T. Milne, A. Barr, K. Devito, and R. Petrone, 2010.
Quantification of NEP sampling within two mature boreal aspen stands using airborne LiDAR and a flux footprint
model: Scaling to MODIS. American Geophysical Union conference, San Francisco CA. Dec. 13-17.
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Jingfeng Xiao, Kenneth J. Davis, Jiquan Chen, Markus Reichstein, Dennis D. Baldocchi, Christian Beer, Laura Chasmer,
Jing M. Chen, Ankur R. Desai, Kazuhito Ichii, Akihiko Ito, Ranjeet John, Martin Jung, Tomomichi Kato, Wolfgang
Knorr, Beverly E. Law, Shuguang Liu, Yiqi Luo, Migliavacca Mirco, Qiaozhen Mu, Kusum Naithani, Dario Papale,
Steven W. Running, Youngryel Ryu, Kevin M. Schaefer, Christopher R. Schwalm, Ge Sun, Hanqin Tian, Enrico
Tomelleri, Christopher A. Williams, Bruce Wylie, Wenping Yuan, Li Zhang. 2011. Advances in Upscaling of Carbon
and Water Fluxes from Towers to Regional, Continental and Global Scales. Ameriflux Science Meeting and 3rd
Annual
North American Carbon Program- Investigators Meeting. January 31 – February 4, New Orleans.
Kljun, N., L. Chasmer, C. Hopkinson, A.G. Barr, T.A. Black, and J.H. McCaughey, T. Milne, 2010. BERMS Sites
Revisited: Footprint Climatology and 3D-LiDAR Data. 29th Conference on Agricultural and Forest Meteorology,
Keystone, CO, USA, 2-6 August 2010.
Kljun, N., L. Chasmer, C. Hopkinson, A.G. Barr, T.A. Black, and J.H. McCaughey, T. Milne, 2010. Representative
Ecosystem Characteristics for Flux Tower Sites Defined by Footprint Climatology and Airborne Remote Sensing
Observations. Invited presentation at MetStröm Workshop 'Deriving Model Parameters from Field Data with Special
Focus on Tall Vegetation', Technische Universität Dresden, Tharandt, Germany, 9-10 September 2010.
Kljun, N., L. Chasmer, C. Hopkinson, A.G. Barr, T.A. Black, and J.H. McCaughey, T. Milne, 2010. Representative
Ecosystem Characteristics for Flux Tower Sites Defined by Footprint Climatology and Airborne Remote Sensing
Observations. Invited presentation at Greenflux International Conference, Mierzecin, Poland, 12-15 September 2010.
Hopkinson, C., L. Chasmer, N. Kljun, and H. Morrison, 2010. Terrain morphology and stand age influences on the rate of
above ground biomass growth within a jack pine boreal forest landscape. Presented at the Canadian Geophysical
Union Conference, Ottawa. June 1-5.
Christensen*, B., M. Hayashi, W. Quinton, and L. Chasmer, 2010. Runoff generation from aggregates of peat plateaus in
the discontinuous permafrost zone of the NWT. Presented at the Canadian Geophysical Union Conference, Ottawa.
June 1-5.
Verma*, A.K., W. Quinton, L. Chasmer, and R. Petrone, 2010. Factors controlling the spatial variability of soil thaw on a
permafrost plateau. Presented at the Canadian Geophysical Union Conference, Ottawa. June 1-5.
Chasmer, L., R. Petrone, K. Devito, C. Mendoza and W. Quinton, 2010. Sensitivity of potential evapotranspiration to
canopy characteristics within the Western Boreal Forest, Alberta. Presented at the Canadian Geophysical Union
Conference, Ottawa. June 1-5.
Kenward, A., W. Quinton, R. Petrone, and L. Chasmer, 2010. Carbon flux dynamics of a permafrost dominated boreal
wetland in the Northwest Territories, Canada. Presented at the Canadian Geophysical Union Conference, Ottawa. June
1-5.
Hayashi, M., W. Quinton, and L. Chasmer, 2009. Wetland-forest transition at the edge of permafrost: Roles of coupled
water and energy transport process. Presented at the Geological Society of America Annual Meeting, Portland Oregon,
October 18-21.
Quinton, W, M. Hayashi and L. Chasmer. 2009. Tundra and wetland Hydrology in the context of climate change and
catchment comparison. North-Watch Workshop I: Climatic drivers, hydrological regime and environmental change.
Dorset, Canada, 30th August - 3rd September.
Chasmer, L., R. Petrone, S. Brown, C. Hopkinson, N. Kljun, K. Devito, C. Mendoza, I. Creed, Spatial partitioning of CO2
fluxes using airborne lidar: Examples from a heterogeneous boreal wetland ecosystem, 2009. Proceedings from the
Canadian Symposium on Remote Sensing. June 22 - 25, Lethbridge Alberta.
Quinton, W., M. Hayashi, and L. Chasmer, 2009. Basin runoff modeling in wetland-dominated, discontinuous permafrost:
Important considerations. Presented at the 17th
Annual NRB Symposium and Workshop: Canada. August 12 – 18.
Kljun, N., L. Chasmer, C. Hopkinson, A. Barr, A. Black, H. McCaughey, 2009. Flux sites revisited: New insights from 3D-
LiDAR survey. Presented at the European Geophysical Union conference.
Chasmer, L., W. Quinton, C. Hopkinson, P. Whittington, and R. Petrone, 2008. The influence of vegetation canopy
structure on soil frost dynamics within the sub-arctic discontinuous permafrost zone. Poster presented at the American
Geophysical Union Conference, San Francisco, CA. December 15 – 19.
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Kljun, N., L. Chasmer, C. Hopkinson, A. Barr, A. Black, and H. McCaughey, 2008. Footprint modeling and its application
to atmosphere-biosphere exchange processes. Poster presented at NCAS Atmospheric Science Conference, 8-10
December, Bristol, UK.
Kljun, N., L. Chasmer, A. Barr, A. Black, C. Hopkinson, H. McCaughey, M.W. Rotach, and H. P. Schmid, 2008. Footprint
application to long-term CO2 flux observations. Proceedings of the American Meteorological Society – Boundary
Layers and Turbulence Conference. Stockholm Sweden, June.
Chasmer, L., N. Kljun, A. Barr, A. Black, C. Hopkinson, and H. McCaughey, 2008. Impact of vegetation structure and
elevation on CO2 fluxes detected by overlaying footprints onto lidar data. Presented at the European Geophysical
Union Conference. Vienna.
Chasmer, L., K. Devito, A. Fox, C. Hopkinson, N. Kljun, H. McCaughey, R. Petrone, and W. Quinton, 2008. Spatial
parameterization of zero-plane displacement and surface roughness length using airborne lidar within three boreal
ecosystems. Poster presented at the Canadian Geophysical Union Conference. Banff, AB. May 2008.
Chasmer, L., H. McCaughey, P. Treitz, A. Barr, A. Black, C. Hopkinson, and A. Shashkov, 2007. Modelling fPAR and
GPP from airborne lidar for local scaling and assessment of MODIS vegetation products. Poster presented at the
American Geophysical Union Fall Conference. San Francisco, December 10 – 15.
Wharton, S., L. Chasmer, M. Falk, and K. Paw U, 2007. Examining the influence of teleconnection patterns on CO2 fluxes
at an old-growth forest, Scaling from stand to region using MODIS, 2007. Poster presented at the American
Geophysical Union Fall Conference. San Francisco, December 10 – 15.
Chasmer, L., A. Barr, A. Black, C. Hopkinson, H. McCaughey, P. Treitz, A. Shashkov, and T. Zha, 2007. Using airborne
lidar for the assessment of MODIS spectral vegetation indices across a boreal jack pine chronosequence and at the
watershed scale (White Gull Creek). Presentation at the Fluxnet-Canada Annual General Meeting. March 5 – 10.
Chasmer, L., A. Barr, A. Black, C. Hopkinson, N. Kljun, H. McCaughey, and P. Treitz, 2006. Variability in CO2 fluxes
with changes in vegetation structure and topography using a temporally changing flux footprint at the BERMS Old
Jack Pine site. Poster presented at the American Geophysical Union Conference, San Francisco, CA November.
Chasmer, L., A. Barr, A. Black, C. Hopkinson, H. McCaughey, P. Treitz, 2006. Lidar derived canopy structural influences
on light use efficiency at a chronosequence of Fluxnet-Canada jack pine forest sites for MODIS product validation.
Proceedings of the International Geoscience and Remote Sensing Symposium (IGARSS). Denver Colorado. July 2006.
Chasmer, L., H. McCaughey, A. Barr, A. Black, A. Shashkov, P. Treitz, 2006. Influences of wet and dry years on
magnitudes of energy, water, and carbon exchanges in a jack pine chronosequence at BERMS. Poster presented at the
Fluxnet-Canada Research Network Annual General Meeting, Victoria, B.C. Feb. 24-26.
Chasmer, L., A. Barr, A. Black, C. Hopkinson, H. McCaughey, P. Treitz, and A. Shashkov, 2006. Do wet and dry years
alter structural canopy characteristics as observed locally and by remote sensing? Results from a jack pine
chronosequence at BERMS. Poster presented at the Fluxnet-Canada Research Network Annual General Meeting,
Victoria, B.C. Feb. 24-26.
Chasmer, L. C. Hopkinson, M. Sitar, and P. Treitz, 2005. Integration of airborne and terrestrial lidar for assessing structural
components of conifer trees. Proceedings of the Canadian Society for Remote Sensing Conference. Wolfville, NS.
June.
Chasmer, L. H. McCaughey, and P. Treitz, 2004. An examination of climatic differences and associated driving
mechanisms of above-ground vegetation productivity observed using remote sensing across the Fluxnet-Canada
Network. Poster presented at the Fluxnet-Canada Research Network Annual General Meeting, Banff, Alberta.
Chasmer, L., C. Hopkinson, and P. Treitz, 2003. Laser pulse return frequency distributions within tree canopies using
airborne and ground-based LiDAR systems. Proceedings of the Canadian Association of Geographers Ontario
Conference, Queen's University, Kingston Ontario.
Chasmer, L., C. Hopkinson, and P. Treitz, 2003. Distribution of Laser pulse frequency distributions in red pine and
mixed deciduous forests north of Toronto. Poster presented at the 2nd Great Lakes Forestry Meeting, Sault St. Marie
Ontario.
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Chasmer, L., C. Hopkinson and P. Treitz, 2002. Quasi-waveform generation from small footprint LiDAR to investigate
seasonally changing biomass in coniferous and deciduous forest stands. Poster presented at the Centre for Research in
Environment and Space Technology (CRESTech) Innovation Conference. Toronto Ontario.
Chasmer, L., C. Hopkinson, and P. Treitz, 2002. Using airborne LiDAR to examine changing seasonal forest biomass
characteristics Proceedings of IGARSS. Toronto, Ontario. June 24-28.
Chasmer, L. and E. F. LeDrew, 2002. Examining the influence of local temperatures on sea ice development in the
Greenland Sea. Proceedings of the Canadian Geophysical Union Conference, Banff, Alberta. May 19-24.
Chasmer, L. M. A. Arain, and N. Restrepo, 2002. Preliminary hydrometeorological observations within a mature white
pine forest stand in Southern Ontario. Poster presented at the Canadian Geophysical Union Conference, Banff,
Alberta. May 19-24.
Chasmer, L., and E. LeDrew, 2001. Interactions between the Odden sea ice peninsula and the North Atlantic Oscillation.
Proceedings of the 6th
Conference on Polar Meteorology and Oceanography. San Diego, California.
Chasmer, L. and E. LeDrew, 2001. Seasonal interactions between sea ice concentrations and the North Atlantic Oscillation
in the Odden sea ice peninsula. Proceedings of IGARSS, Sydney, Australia, July 7 – 12.
Hopkinson, C. M. Sitar, M. Demuth, and L. Chasmer, 2001. Applications of airborne LiDAR mapping in glacierised
mountainous terrain. Proceedings of IGARSS, Sydney, Australia, July 7 – 12.
Chasmer, L. and E. LeDrew, 2001. Using PCA to examine seasonal changes in the Odden sea ice peninsula, Greenland
Sea. Proceedings of the International Glaciology Symposium, Maryland. June 4 – 8.
Demuth, M., C. Hopkinson, M. Sitar, A. Pietroniro, and L. Chasmer, 2001. Airborne Scanning Laser Terrain Mapping
of Peyto Glacier, Wapta and Waputik Icefields Canada: First Results and Future Prospects.” International Glaciology
Symposium, Maryland. June 4 – 8.
Chasmer, L. and E. LeDrew, 2001. The use of Q-vector analysis to examine changes in the deepening of the Icelandic Low
and the effect on sea ice in the Greenland Sea. Eastern Snow Conference, Ottawa, Ontario. May 14 – 18, 2001.
Gutelius, B. C. Hopkinson, and L. Chasmer, 2000. Combining airborne Lidar and forest inventory data to investigate
changing tree stand characteristics. Presented at the American Geophysical Union Fall Meeting. December 15-19,
2000. San Francisco.
Chasmer, L. and E. LeDrew, 2000. Daily variability of sea ice concentrations within the Odden sea ice peninsula.
Proceedings of the 22nd
Annual Canadian Remote Sensing Symposium. August 21-25. Victoria, B.C.
Chasmer, L., E. LeDrew, and M. Sharp, 2000. Using wavelet analysis to determine the influence of Northern Hemisphere
teleconnection patterns on sea ice concentrations in the Odden ice peninsula, Greenland Sea. Proceedings of IGARSS.
July 24-28. Honolulu, Hawaii.
Piwowar, J., A. Walker, L. Chasmer, and B. Goodison, 1999. The derivation of snow-cover ‘normals’ over the Canadian
Prairies from passive microwave satellite imagery. Vol. I – 596. Proceedings of the 4th
International Airborne Remote
Sensing Conference and Exhibition/21st
Symposium on Remote Sensing. June 21 – 24, 1999. Ottawa.
Graduate Student Committees
Undergraduate Independent Study (U. Lethbridge) (7): Alissia Paluck (x2); Ike Allred; Scott Lamb; Pierre Dillon; Ethan
Kutanzi; Katie Piet
Master Theses (8)
Wilfrid Laurier University: Tyler Veness; George Sutherland; Kayla Giroux; Andrea Kenward; Elise Gabrielli
Acadia University: Heather Morrison; Allyson Fox
University of Lethbridge: Joshua Montgomery; Courtney Rieger
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Ph.D. Theses (4)
Pennsylvania State University: Leah Wasser
University of Lethbridge: Celeste Barnes (co-advisor), Shaghayegh Mirmasoudi, Robab Hashemi
Teaching
Teaching assistant for the following courses:
University of Waterloo – GIS, Remote Sensing, Civil and Mechanical Engineering
McMaster University – Introduction to Physical Geography, Hydro-Meteorology
Queen’s University – Micrometeorology, GIS, Remote Sensing
Courses taught:
University of Lethbridge
Introduction to Physical Geography;
Introduction to Geographic Information Science;
Hydrology
University of Waterloo
Intensive Remote Sensing short course.
Organisation of Workshops and Meetings (Regional, National, International)
1. The Canadian Lidar Applied Research and Training Workshop, Halifax, Nova Scotia. February 2005.
2. Lidar Applications Workshop (as part of the Canadian Remote Sensing Symposium), Wolfville, Nova Scotia, June
2005.
3. The Airborne and Terrestrial Lidar Tutorial (as part of the International Geosciences and Remote Sensing
Symposium), Denver, Colorado, July 2006.
4. HydroScan (using lidar in hydrology), Saskatoon Saskatchewan, September 2006.
5. Canadian Water Resources Association, Nova Scotia branch Symposium, August 2008.
Group Leadership
1. Directed and organized events for the Canadian Water Resources Association Students and Young Professionals
group in Halifax Nova Scotia from 2006-2008.
2. Member of Scientists and Engineers in the Classroom, Lethbridge Alberta: 2013 to present.
3. Scouts Canada: 2016 to present (part time Scouter)
4. Girl Guides of Canada: 2016 to present
Instrument Use and Operation
Campbell Scientific Meteorological and Hydrological Instrumentation
Programming, setup, calibration of a wide variety of instruments: data loggers, multiplexers, etc., open and closed path eddy
covariance systems.
LiCOR LAI2000 Instrument and Digital Hemispherical Photography
Plot set up and processing for leaf area index estimation.
Global Positioning Systems
Handheld, survey-grade differential GPS, rapid static, differential, post-processed, etc. and when to use these.
Forest Mensuration
Forest mensuration and setup of permanent forest sample plots for remote sensing validation.
Airborne LiDAR
Systems and software for 14 years. Planning of surveys, system installation into various aircraft, operation, troubleshooting,
calibration and data processing.
Terrestrial LiDAR
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Optech Inc. ground-based LiDAR systems (ILRIS-3D) operation, troubleshooting and processing of data for 9 years.
ECHIDNA (some processing).
Sensors and Software Ground Penetrating Radar
Use of various ground penetrating radar systems, data and software.
ASD Spectroradiometer
Measurement principals and theory during sunlit conditions at time of remote sensing sensor overpass, white reference
measurements, ground and vegetation reflectance.
Reviewer for International Journals + others
Agricultural and Forest Meteorology
Arctic, Antarctic and Alpine Research
ASPRS Photogrammetric Engineering and Remote Sensing
Biogeosciences Discussions
Biosystems Engineering
Canadian Journal of Forest Research
Canadian Journal of Remote Sensing
Forestry Chronicle
ISPRS Journal of Remote Sensing
Journal of Geophysical Research- Biogeosciences
Journal of Hydro-meteorology
Permafrost and Periglacial Processes
PLOS ONE
Remote Sensing of Environment
Remote Sensing
Sensors
Affiliations
American Geophysical Union
Canadian Geophysical Union
Canadian Water Resources Association
Canadian Association of Geographers
cArbomap
Fluxnet-Canada Research Network and the Canadian Carbon Program
The Canadian Remote Sensing Society
International Union of Geodesy and Geophysics
Scouts Canada
Girl Guides of Canada