[ECOLOG-L] AGU Session: GC029: Decision-Support Tools To Assess Social And Environmental Processes In The Built Environment
Dear colleagues, We would like to invite you to submit an abstract for our AGU 2018 session: GC029: Decision-Support Tools To Assess Social And Environmental Processes In The Built Environment. This session focuses on interdisciplinary approaches to development, building, testing, and implementation of decision-support in cities and the built environment. Link: https://agu.confex.com/agu/fm18/prelim.cgi/Session/53148 Abstract: The nature of the built environment alters water, energy, carbon, and nutrient flows at local and regional scales, making it an arbiter of sustainability and resilience. Linked and interacting environmental, social, and technical processes determine the sustainability and resilience outcomes in built environments. The complexity and interdisciplinarity of these problems pose challenges for management, planning, and decision making. Yet recent approaches to address the built environment from transdicsiplinary perspectives, including social-ecological, coupled human-natural, sociohydrology, sociotechnical, socio-eco- technical, and social-ecological-infrastructural systems approaches, hold promise for a science-informed decision making for the built environment. This session focuses on application of decision-support tools that draw on these interdisciplinary approaches to solve environmental challenges in the built environment. We invite contributions that explore this question across disciplinary boundaries. Various themes and issues, including urban water resilience, green infrastructure ecosystem services, renewable energy production, life cycle analysis, etc. etc. are welcome. Co-organized with: hydrology, atmospheric sciences, biogeochemistry, societal impacts and policy sciences Swirl: Science & Society Session conveners: Mitchell Pavao-Zuckerman & Masoud Negahban-Azar, University of Maryland, College Park
[ECOLOG-L] Graduate Assistantships in Urban Ecosystems - University of Maryland
PhD or MS student assistantship is available to work in Mitchell Pavao-Zuckerman’s lab at the University of Maryland (http://pavaozuckerman.wordpress.com) to develop field and lab research projects focusing on abiotic and biotic drivers of ecosystem function in urban environments. The lab investigates biogeochemical and ecohydrologic responses of green infrastructure, urban soils, and urban forests, and collaborates with hydrologists, engineers, landscape architects, geographers, and planners. Students would develop field and lab research projects focusing on abiotic and biotic drivers of ecosystem function in urban environments, with a particular emphasis on linking soil quality, urban hydrology, and ecosystem services. I am especially interested in students who would want to integrate novel approaches for urban ecosystems, such as life cycle analysis or imaging systems/UAVs for data collection with ecosystem ecology approaches. There is the potential to also address social-ecological questions related to management, design, and decision-making for these systems and to collaborate with the Baltimore Ecosystem Study LTER. Applicants should have a degree in ecology, environmental science, soil science, geography, or closely related field (an MS degree is required for the PhD program). Lab and/or field experience in soils, biogeochemistry, and ecosystem ecology is required. Experience with sensors and data loggers, ecosystem service assessment, GIS, statistical analysis, or remote sensing would be an advantage. Successful applicants will be self- motivated and able to work well in teams. The students would be enrolled in the Department of Environmental Science and Technology at the University of Maryland. See program websites for more information on application and program details (http://enst.umd.edu and http://enst.umd.edu/graduate). Assistantships include a tuition waiver, stipend, and health benefits - the students would start in Fall 2018. To apply, please contact Dr. Pavao-Zuckerman (mpzuc...@umd.edu) with your CV, unofficial transcript(s) & GRE scores, and a short statement describing research interests and career goals.
[ECOLOG-L] Graduate Assistantships in Urban Ecosystems, Soil Quality, Ecosystem Services - University of Maryland
PhD or MS student assistantships are available to work in Mitchell Pavao-Zuckerman’s lab at the University of Maryland (http://pavaozuckerman.wordpress.com) in urban ecosystem ecology. 2 projects are available: (1) Using innovative practices to enhance soil quality for vacant lot afforestation This is a fellowship supported by the TREE Fund to conduct field trials comparing biochar, compost, and cover crops (forage radish) to improve soil quality and facilitate the establishment of trees in vacant lots in Baltimore. Students will help conduct a literature review on urban soil amendments, implement the field study, and examine soil properties (physical, chemical, biological), plant performance, and ecosystem service indices. Strong experience in soil science, soil ecology, or biogeochemistry is expected. This would ideally be for a PhD applicant, but MS students are welcome to apply as well – students would ideally start in Summer 2017 (or January 2017 for motivated and qualified applicants). (2) Exploring the ecosystem services of green infrastructure and urban ecosystems. In this project students can explore a variety of green infrastructure types (rain gardens, bioretention cells, green roofs, etc.) and explore drivers of ecosystem service provision. Students would develop field and lab research projects focusing on abiotic and biotic drivers of ecosystem function in urban environments, with a particular emphasis on linking soil quality, urban hydrology, and ecosystem services. There is the potential to also address social-ecological questions related to management and decision-making for these systems as well. Students would start in Fall 2017 (potentially summer 2017). Applicants should have a degree in ecology, environmental science, soil science, or closely related field (an MS degree is required for the PhD program). Lab and/or field experience in soils, biogeochemistry, and ecosystem ecology is required. Experience with sensors and data loggers, ecosystem service assessment, GIS, statistical analysis, or remote sensing would be an advantage. Successful applicants will be self-motivated and able to work well in teams. The students would be enrolled in the Department of Environmental Science and Technology at the University of Maryland. See program websites for more information on application and program details (http://enst.umd.edu and http://enst.umd.edu/graduate). Assistantships include a tuition waiver, stipend, and health benefits. To apply, please contact Dr. Pavao-Zuckerman (mpzuc...@umd.edu), indicate which project you are interested in, and include your CV, unofficial transcript(s) & GRE scores, and a short statement (1-2 paragraphs) describing research interests and career goals.
[ECOLOG-L] Graduate Assistantships in Urban Ecosystems - University of Maryland
PhD or MS student assistantships are available to work in Mitchell Pavao-Zuckerman’s lab at the University of Maryland (http://pavaozuckerman.wordpress.com) to develop field and lab research projects focusing on abiotic and biotic drivers of ecosystem function in urban environments, with a particular emphasis on linking soil quality, urban hydrology, and ecosystem services. The lab investigates biogeochemical and ecohydrologic responses of green infrastructure, urban soils, and urban forests, and collaborates with hydrologists, engineers, landscape architects, geographers, and planners. Applicants should have a degree in ecology, environmental science, soil science, geography, or closely related field (an MS degree is required for the PhD program). Lab and/or field experience in soils, biogeochemistry, and ecosystem ecology is required. Experience with sensors and data loggers, ecosystem service assessment, GIS, statistical analysis, or remote sensing would be an advantage. Successful applicants will be self- motivated and able to work well in teams. The students would be enrolled in the Department of Environmental Science and Technology at the University of Maryland. See program websites for more information on application and program details (http://enst.umd.edu and http://enst.umd.edu/graduate). Assistantships include a tuition waiver, stipend, and health benefits - the students would start in Fall 2017. To apply, please contact Dr. Pavao-Zuckerman (mpzuc...@umd.edu) with your CV, unofficial transcript(s) & GRE scores, and a short statement describing research interests and career goals.
[ECOLOG-L] Graduate opportunities in urban ecology and ecosystem services
I am seeking two graduate students to start Fall 2016 to work on questions in urban ecosystem ecology, green infrastructure, and urban ecosystem service assessment at the University of Maryland. I am seeking students for each of the following projects: (1) A MS student to join an interdisciplinary team working on an NSF funded Dynamics of Coupled Natural and Human Systems project titled "Coupled Networks in Urbanized Landscapes: Linking Ecosystem Services and Governance for Water Sustainability. The project links ecohydrologic and social science approaches to understand and improve linkages between ecosystem services and governance for water sustainability and will evaluate the function and adoption of water harvesting systems in semi-arid cities. The candidate will develop maps and conduct assessments of ecosystem service supply and demand in cities in Arizona the student will use a variety of methods and data sources, including, surveys, literature review, and modeling approaches. There will be opportunities to work with stakeholders in semi-arid cities, to collaborate with hydrologists and policy experts, and to travel to Arizona for research purposes. This position requires a background in environmental science, ecohydrology, ecosystem ecology, environmental statistics, geography or related fields. Expertise in Geographical Information Systems (GIS), remote sensing, and explicit skills in data analysis and modeling is required; experience with ecosystem service assessment and stakeholder survey methods is desirable. (2) A PhD or MS student (PhD preferred) to develop field and lab research projects in the Chesapeake Watershed to answer questions about the drivers of ecosystem function in urban environments, with a particular emphasis on linking soil quality, urban hydrology, and ecosystem function and services. The lab investigates biogeochemical and ecohydrologic responses of green infrastructure, urban soils, and urban forests, and collaborates with hydrologists, engineers, landscape architects, geographers, and planners. These projects and positions will be part of a new University of Maryland Center for Sustainability in the Built Environment that links research in energy, environment, and water resources associated with the built environment. The candidate will connect observations of existing urban green infrastructure with new experiments to explore abiotic and biotic drivers of urban biogeochemistry and ecosystem service provision. Applicants should have a degree in ecology, environmental science, soil science, geography, or closely related field (an MS degree is required for the PhD program). Experience in soils, biogeochemistry, hydrology, use of sensors and data loggers, ecosystem service assessment, or remote sensing approaches are desired. Interest in interdisciplinary collaboration is also strongly desired. Successful applicants will be self-motivated and able to work well in teams. Experience in field data collection and analysis with spatial and statistical software (e.g., ArcGIS, SAS, R) is required. The students would be enrolled in the Department of Environmental Science and Technology at the University of Maryland. See program websites for more information on application and program details (http://enst.umd.edu and http://enst.umd.edu/graduate). Assistantships include a full tuition waiver, salary, and benefits - the students would start in Fall 2016. For details on the projects or assistantships, contact Dr. Mitchell Pavao-Zuckerman <mpzuc...@umd.edu> or visit http://pavao-zuckerman.wordpress.com/
[ECOLOG-L] Biosphere 2 REU 2015 program - Application Deadline Extended!
The University of Arizona will be holding a 10-week Research Experiences for Undergraduates (REU) program this summer (June 7- Aug 14, 2015) in environmental and Earth system sciences at Biosphere 2 (B2 http://www.b2science.org/outreach/reu). Students will participate in a variety of activities that will help them pursue a career in environmental sciences. Students will conduct their own research under a mentor, interact with other participants and scientists, and present research findings in a formal poster symposium setting. A unique part of the B2 REU experience will be the opportunity to interact with the public who visit B2 on tour and to obtain training in outreach related to their research topics. Additionally, students will participate in professional development workshops, an ethics in science workshop, and field trips to local attractions. Students in their Sophomore or Junior years from a wide range of disciplines and interests including biology, ecology, plant sciences, hydrology, soil science, geology, atmospheric science, mathematics, physics, chemistry, or computer science are encouraged to apply. Only U.S. citizens or permanent residents are eligible for this NSF funded program. Research at Biosphere 2 (http://www.b2science.org http://leo.b2science.org/) aims to catalyze interdisciplinary thinking and understanding about the Earth, its living systems, and its future. Students in the REU program will conduct research in the Earth system and environmental sciences that examines some facet of soil-water-atmosphere-plant interactions. Improving understanding of these interactions is important in gaining insight into the impacts and causes of global environmental change and variation. Key to research at B2 is the use of methods and techniques that allow linking across scales. Additionally, some REU projects will be conducted in partnership with the southwestern Critical Zone Observatory (http://www.czo.arizona.edu/). Projects will focus on a variety of topics that include (but aren't limited to): coupling ecohydrology and biogeochemistry, investigating abiotic and biotic contributions to ecosystem processes, integrating measurements across scales, using innovative tools to link climate and ecological function, and modeling of ecosystem and soil processes. REU Students will receive: A competitive stipend, Lodging at Biosphere 2's student village, a food allowance, and travel to and from Tucson, AZ. Applications are now due February 27, 2015, and application material can be found at: http://www.b2science.org/outreach/reu
[ECOLOG-L] Biosphere 2 REU Summer 2015
The University of Arizona will be holding a 10-week Research Experiences for Undergraduates (REU) program this summer (June 7- Aug 14, 2015) in environmental and Earth system sciences at Biosphere 2 (B2 http://www.b2science.org/outreach/reu). Students will participate in a variety of activities that will help them pursue a career in environmental sciences. Students will conduct their own research under a mentor, interact with other participants and scientists, and present research findings in a formal poster symposium setting. A unique part of the B2 REU experience will be the opportunity to interact with the public who visit B2 on tour and to obtain training in outreach related to their research topics. Additionally, students will participate in professional development workshops, an ethics in science workshop, and field trips to local attractions. Students in their Sophomore or Junior years from a wide range of disciplines and interests including biology, ecology, plant sciences, hydrology, soil science, geology, atmospheric science, mathematics, physics, chemistry, or computer science are encouraged to apply. Only U.S. citizens or permanent residents are eligible for this NSF funded program. Research at Biosphere 2 (http://www.b2science.org http://leo.b2science.org/) aims to catalyze interdisciplinary thinking and understanding about the Earth, its living systems, and its future. Students in the REU program will conduct research in the Earth system and environmental sciences that examines some facet of soil-water-atmosphere-plant interactions. Improving understanding of these interactions is important in gaining insight into the impacts and causes of global environmental change and variation. Key to research at B2 is the use of methods and techniques that allow linking across scales. Additionally, some REU projects will be conducted in partnership with the southwestern Critical Zone Observatory (http://www.czo.arizona.edu/). Projects will focus on a variety of topics that include (but aren't limited to): coupling ecohydrology and biogeochemistry, investigating abiotic and biotic contributions to ecosystem processes, integrating measurements across scales, using innovative tools to link climate and ecological function, and modeling of ecosystem and soil processes. REU Students will receive: A competitive stipend, Lodging at Biosphere 2's student village, a food allowance, and travel to and from Tucson, AZ. Applications are due February 20, 2015, and application material can be found at: http://www.b2science.org/outreach/reu
[ECOLOG-L] Graduate Research Assistantships: urban ecosystem ecology and ecosystem services of green infrastructure at University of Maryland
I am seeking two graduate students (either PhD or MS candidates) to start Fall 2015 to work on questions in urban ecosystem ecology, green infrastructure, and urban ecosystem service assessment at the University of Maryland. Students will help develop projects to answer questions about the drivers of ecosystem function in urban environments, with a particular focus on understanding how design, decision making, and planning affect urban ecosystems and the services they provide. The lab investigates biogeochemical and ecohydrologic responses of green infrastructure, urban soils, and urban forests, and collaborates with hydrologists, engineers, landscape architects, geographers, and planners. These projects and positions will be part of a new University of Maryland Center for Sustainability in the Built Environment that links research in energy, environment, and water resources associated with the built environment. Applicants should have a degree in ecology, environmental science, soil science, geography, or closely related field (an MS degree is required for the PhD program). Experience in field data collection and analysis with spatial and statistical software (e.g., ArcGIS, SAS, R) is required. Experience in soils, biogeochemistry, use of sensors and data loggers, ecosystem service assessment, or remote sensing approaches are desired. Interest in interdisciplinary collaboration is also strongly desired. Successful applicants will be self-motivated and able to work well in teams. My lab is currently at The University of Arizona, but is moving to the University of Maryland, College Park starting summer 2015. The students would be enrolled in the Department of Environmental Science and Technology at the University of Maryland. See program websites for more information on application and program details (http://enst.umd.edu and http://enst.umd.edu/graduate). Assistantships include a full tuition waiver, salary, and benefits - the students would start in Fall 2015. For details on the assistantship or project, contact Dr. Mitchell Pavao-Zuckerman mzuc...@email.arizona.edu or visit http://pavaozuckerman.wordpress.com/
[ECOLOG-L] Biosphere 2 Summer Research Institute
The University of Arizona’s Biosphere 2 is announcing a 10-week Summer Research Institute (SRI) program this summer in earth and environmental sciences (http://b2science.org/outreach/sri). This program gives undergraduate students an opportunity to conduct guided research in environmental and earth systems science at a leading and unique research institution, while earning course credit. The program runs from June 9 to August 13, 2014, and costs $4,495.00. Students will receive 6 credits of upper-division directed research from the University of Arizona, and will receive accommodation for the duration of the program in furnished housing on the Biosphere 2 campus. Students majoring in, or in a curriculum leading to one of the following fields in environmental or earth system science will be well suited to participate in the B2 SRI: biology, ecology, plant sciences, hydrology, soil science, atmospheric science, geology, mathematics, physics, chemistry, sustainability science, or computer science. For more information on the SRI, potential research projects, and to apply, please visit: http://b2science.org/outreach/sri Applications are due April 30, 2014, and application material can be found at: http://b2science.org/outreach/sri/2014_apply
[ECOLOG-L] Biosphere 2 REU in environmental and Earth system science - summer 2014
The University of Arizona will be holding a 10-week Research Experiences for Undergraduates (REU) program this summer in environmental and Earth system sciences at Biosphere 2 (B2 http://www.b2science.org/outreach/reu). Students will participate in a variety of activities that will help them pursue a career in environmental sciences. Students will conduct their own research under a mentor, interact with other participants and scientists, and present research findings in a formal symposium setting. A unique part of the B2 REU experience will be the opportunity to interact with the public who visit B2 on tour and to obtain training in outreach related to their research topics. Additionally, students will participate in professional development workshops, an ethics in science workshop, and field trips to local attractions. Students in their Sophomore or Junior years from a wide range of disciplines and interests including biology, ecology, plant sciences, hydrology, soil science, geology, atmospheric science, mathematics, physics, chemistry, or computer science are encouraged to apply. Only U.S. citizens or permanent residents are eligible for this NSF funded program. Research at Biosphere 2 (www.b2science.org http://leo.b2science.org/) aims to catalyze interdisciplinary thinking and understanding about the Earth, its living systems, and its future. Students in the REU program will conduct research in the Earth system and environmental sciences that examines some facet of soil-water-atmosphere-plant interactions. Improving understanding of these interactions is important in gaining insight into the impacts and causes of global environmental change and variation. Key to research at B2 is the use of methods and techniques that allow linking across scales. Additionally, some REU projects will be conducted in partnership with the southwestern Critical Zone Observatory (http://www.czo.arizona.edu/). Projects will focus on a variety of topics that include (but are not limited to): coupling ecohydrology and biogeochemistry, investigating abiotic and biotic contributions to ecosystem processes, integrating measurements across scales, using innovative tools to link climate and ecological function, and modeling of ecosystem and soil processes. REU Students will receive: $5,000 stipend Lodging at Biosphere 2s student village Food allowance Travel to and from Tucson, AZ Applications are due February 7, 2014, and application material can be found at: http://www.b2science.org/outreach/reu
[ECOLOG-L] Graduate Research Assistantship (Spring 2014): ecohydrology, ecosystem services, the resilience of socio-ecological systems; University of Arizona, Tucson - Watershed Management and Eco
The student would join an interdisciplinary team working on an NSF funded Dynamics of Coupled Natural and Human Systems project titled Strengthening Resilience of Arid Region Riparian Corridors: Ecohydrology and Decision-Making in the Sonora and San Pedro Watersheds [http://udallcenter.arizona.edu/wrpg/cnh/]. The project links ecohydrology and decision making approaches to evaluate the resilience of arid riparian areas to climate change and land-use practices. We are looking for a PhD or MS candidate with a background and interest in working with ecological and climate data that informs decision-making linked to ecosystem services and the resilience of socio-ecological systems. The candidate will conduct field work in semi-arid watersheds to help develop ecological indicator data sets that link to decision making and to monitor ecosystem and ecosystem service responses to climate and land-use variability. There will be opportunities to work with stakeholders in semi-arid watersheds, and to conduct research in a bi-national setting. This position requires a background in environmental science, ecohydrology, plant science, ecosystem ecology, environmental statistics, geography or related field. Expertise in Geographical Information Systems (GIS), remote sensing, and explicit skills in data analysis and modeling, and interested in working with stakeholders is preferred. The student would be enrolled in the Natural Resources Program, Watershed Management and Ecohydrology focus with the School of Natural Resources and Environment at the University of Arizona. See program websites for more information on application and program details (http://snre.arizona.edu/academic/grad/prospective and http://www.snr.arizona.edu/academic/grad/gradprograms). Candidates selected to receive the assistantship will have a full tuition waiver and receive a stipend and benefits according to the program, - the student would start Spring term 2014 (mid-January).
[ECOLOG-L] Graduate Assistantship in Ecohydrology and Socio-Ecological System Resilience
Graduate Research Assistantship: ecohydrology, ecosystem services, the resilience of socio-ecological systems; University of Arizona, Tucson - Watershed Management and Ecohydrology. The student would join an interdisciplinary team working on an NSF funded Dynamics of Coupled Natural and Human Systems project titled Strengthening Resilience of Arid Region Riparian Corridors: Ecohydrology and Decision-Making in the Sonora and San Pedro Watersheds [http://udallcenter.arizona.edu/wrpg/cnh/]. The project links ecohydrology and decision making approaches to evaluate the resilience of arid riparian areas to climate change and land-use practices. We are looking for a PhD or MS candidate with a background and interest in working with ecological and climate data that informs decision-making linked to ecosystem services and the resilience of socio-ecological systems. The candidate will conduct field work in semi-arid watersheds to help develop ecological indicator data sets that link to decision making and to monitor ecosystem responses to climate and land-use variability. There will be opportunities to work with stakeholders in semi-arid watersheds, and to conduct research in a bi-national setting. This position requires a background in environmental science, ecohydrology, plant science, ecosystem ecology, environmental statistics, geography or related field. Expertise in Geographical Information Systems (GIS), remote sensing, and explicit skills in data analysis and modeling is preferred. The student would be enrolled in the Natural Resources Program, Watershed Management and Ecohydrology focus with the School of Natural Resources and Environment at the University of Arizona. See program websites for more information on application and program details(http://snre.arizona.edu/academic/grad/prospective and http://www.snr.arizona.edu/academic/grad/gradprograms). Candidates selected to receive the assistantship will have a full tuition waiver and receive a stipend and benefits according to the program, - the student would start in Summer or Fall 2013. For details on the assistantship or project, contact Dr. Mitchell Pavao-Zuckerman mzuc...@email.arizona.edu with the School of Natural Resources and the Environment and Biosphere 2 at the University of Arizona (u.arizona.edu/~mzucker).
[ECOLOG-L] Graduate Research Assistant in the Ecology of Green Infrastructure now being recruited at the University of Arizona, Tucson.
A research assistantship is available to support a M.S. or Ph.D. student interested in investigating efforts to use green infrastructure to provide ecosystem services in semi-arid cities. Stormwater harvesting, bioretention basins, and rain gardens are green infrastructure elements that can improve water quality in urban watersheds and increase plant cover in cities. We are initiating a study of experimental rain gardens at Biosphere 2 that will look at biogeochemical cycling and plant performance and also links to ongoing monitoring of green infrastructure in Tucson, AZ. Requirements: for M.S.: B.S. degree in Ecology, Environmental Sciences, Hydrology, or related field and minimum undergraduate GPA of 3.25. for Ph.D.: M.S. degree in Ecology, Environmental Sciences, Hydrology, or related field. Desired experience: Strong lab and field skills with biogeochemistry, experience or interest in data analysis, GIS, and biogeochemical/ecosystem modeling, interest or experience with citizen science. Strong work ethic, good verbal and written communication skills, ability to work independently, and interest in public communication of science. Support: A graduate research assistantship stipend, which includes a waiver of out-of-state tuition (but not fees) for at least 1 full year. Start date: Approximately 15 July 2012, for the Fall 2012 semester. To apply: Submit (via email: mzuc...@email.arizona.edu): Letter of interest, resume, transcripts GRE scores (unofficial are fine), and names and contact information for three references to Mitchell Pavao-Zuckerman, Biosphere 2 and the School of Natural Resources and Environment, University of Arizona, Biological Sciences West, Rm 310, Tucson, AZ 85721. The student would be enrolled in a graduate program within the School of Natural Resources and Environment at the University of Arizona (see, http://snre.arizona.edu/academic/grad/prospective and http://www.snr.arizona.edu/academic/grad/gradprograms)
[ECOLOG-L] Research Technician - urban and arid ecosystem ecology, Biosphere 2, Univerity of Arizona (updated posting)
We are seeking a full time Research Technician on projects relating to urban ecology, green infrastructure, climate change, citizen science, and semi-arid landscape change (see: Dr. Mitchell Pavao-Zuckerman). The position will conduct a variety of duties including field research, lab analysis, data management and analysis, and public interpretation of citizen science projects. This is a one-year, full time position, renewable based on performance. Specific duties will involve lab and field research to assess the functionality of green infrastructure, the response of soil organisms and CN cycling process to urbanization, landcover change, and climate change, and facilitating citizen science research, coordinating undergraduate researchers, and interacting with the public at Biosphere 2. Minimum requirements: a Bachelor's degree in ecology, environmental sciences, soil science, biology, or related discipline is required, and previous research experience related to soils, ecosystem ecology, biogeochemistry, ecohydrology, etc. Desired Qualifications: previous experience with routine chemical analysis of soils, soil enzyme analysis, processing of hyperspectral and infrared imaging, dataloggers field-gas analyzers, GIS, statistical analysis, database management, and public interpretation of science. For consideration, send a cover letter describing your research experience and interest and resume to Dr. Mitchell Pavao-Zuckerman, mzuc...@email.arizona.edu, Biosciences West, Rm 310, Tucson, AZ 85721. Desired start date is around March 30, 2012. Applicants will have to apply through https://www.uacareertrack.com - Job Title: Research/Laboratory Aide (Extended Temporary), Department: 1306-Biosphere 2. Position #: 49683. Posted: 3/12/12.
[ECOLOG-L] Research Technician - urban and arid ecosystem ecology, Biosphere 2, Univerity of Arizona
We are seeking a Research Assistant to work as an Ecological Research Technician on projects relating to urban ecology, green infrastructure, climate change, and semi-arid landscape change through Biosphere 2 (see: www.u.arizona.edu/~mzucker). Duties include: field sampling of soils and plants, processing samples for carbon and nutrients, conducting microcosm experiments to asses microbial function, working with low-level remote sensing, supervision of undergraduate researchers, data management and data qa/qc; statistical analyses of data; and participation in the interpretation and presentation of project results. Because Biosphere 2 is a public science center facility, additional duties will relate to public interaction and interpretation, including maintaining project websites, facilitating citizen science research, and interacting with the public at Biosphere 2. A Bachelor's degree in ecology, environmental sciences, soil science, biology, or related discipline is required, as is previous research experience related to soils, ecosystem ecology, biogeochemistry, ecohydrology, etc. Previous experience with routine chemical analysis of soils, soil enzyme analysis, processing of hyperspectral and infrared imaging, dataloggers field-gas analyzers preferred. Experience with GIS, statistical analysis, database management is desired. Excellent time management, organizational, and communication skills required. Note: Position will occasionally require performing physical labor during field work including under adverse (hot and dry) weather conditions. Occasional work after hours and on weekends may be required as projects determine. The position includes a university benefits package and a competitive salary commensurate with experience. This is a full time, one year position available immediately and will be renewable based on performance - desired start date is between March 21 and 30. For consideration, send a cover letter describing your research experience and interest, resume, and contact information for three professional references to Dr. Mitchell Pavao-Zuckerman, mzuc...@email.arizona.edu, Biosciences West, Rm 310, Tucson, Arizona, 85721. Applicants will have to apply through the University of Arizona's HR website: https://www.uacareertrack.com/applicants/jsp/shared/frameset/Frameset.jsp?time=1305992728112 Job Title: Research/Laboratory Aide (Extended Temporary), Department: 1306-Biosphere 2.
[ECOLOG-L] Biosphere 2 REU Program Summer 2012
The University of Arizona will be holding a 10-week Research Experiences for Undergraduates (REU) program this summer in environmental and Earth system sciences at Biosphere 2 (B2 http://www.b2science.org/earth/outreach/reu). Students will participate in a variety of activities that will help them pursue a career in environmental sciences. Students will conduct their own research under a mentor, interact with other participants and scientists, and present research findings in a formal symposium setting. A unique part of the B2 REU experience will be the opportunity to interact with the public who visit B2 on tour and to obtain training in outreach related to their research topics. Additionally, students will participate in professional development workshops, an ethics in science workshop, and field trips to local attractions. Students in their Sophomore or Junior years from a wide range of disciplines and interests including biology, ecology, plant sciences, hydrology, soil science, geology, atmospheric science, mathematics, physics, chemistry, or computer science should apply. Students from underresprented groups are especially encouraged to apply. Only U.S. citizens or permanent residents are eligible for this NSF funded program. Research at Biosphere 2 aims to catalyze interdisciplinary thinking and understanding about the Earth, its living systems, and its future. Students in the REU program will conduct research in the Earth system and environmental sciences that examines some facet of soil-water-atmosphere-plant interactions. Improving understanding of these interactions is important in gaining insight into the impacts and causes of global environmental change and variation. Key to research at B2 is the use of methods and techniques that allow linking across scales. Additionally, some REU projects will be conducted in partnership with the southwestern Critical Zone Observatory (http://www.czo.arizona.edu/). Projects will focus on a variety of topics that include (but arent limited to): coupling ecohydrology and biogeochemistry, investigating abiotic and biotic contributions to ecosystem processes, integrating measurements across scales, using innovative tools to link climate and ecological function, and modeling of ecosystem and soil processes. Students will receive: stipend, lodging at Biosphere 2s student village, food allowance, travel to and from Tucson, AZ Applications are due February 29 2012, and application material can be found at: http://reu.b2science.org/
[ECOLOG-L] Research Assistant, Soil Biogeochemistry and Ecosystem Services at Biosphere 2, University of Arizona
We are seeking a Research Assistant to work as an Ecological Research Technician on projects relating to urban ecology, green infrastructure, climate change, and semi-arid landscape change (see: www.u.arizona.edu/~mzucker). Duties include: field sampling of soils and plants, processing samples for carbon and nutrient contents, conducting microcosm experiments to asses microbial function, working with low-level remote sensing, working with eco-physiological equipment, supervision of undergraduate researchers, data management and data qa/qc; statistical analyses of data; and participation in the interpretation and presentation of project results. Because Biosphere 2 is a public science center facility, additional duties will relate to public interaction and interpretation, including maintaining project websites, facilitating citizen science research, and interacting with the public at Biosphere 2. A Bachelor's degree in ecology, environmental sciences, soil science, biology, or related discipline is required, as is previous research experience related to soils, ecosystem ecology, biogeochemistry, ecohydrology, etc. Previous experience with routine chemical analysis of soils, soil enzyme analysis, processing of hyperspectral and infrared imaging, dataloggers field-gas analyzers preferred. Experience with GIS, statistical analysis, database management is desired. Excellent time management, organizational, and communication skills required. Note: Position will occasionally require performing physical labor during field work including under adverse (hot and dry) weather conditions. Occasional work after hours and on weekends may be required as projects determine. The position includes a university benefits package and a competitive salary commensurate with experience. This is a full time, one year position available immediately and will be renewable based on performance - desired start date is between June 15 and 21. For consideration, send a cover letter describing your research experience and interest, resume, and contact information for three professional references to Dr. Mitchell Pavao-Zuckerman, mzuc...@email.arizona.edu, Biosciences West, Rm 310, Tucson, Arizona, 85721. Applicants will have to apply through the University of Arizona's HR website: https://www.uacareertrack.com/applicants/jsp/shared/frameset/Frameset.jsp?time=1305992728112 Job Title: Research/Laboratory Aide (Extended Temporary), Department: 1306-Biosphere 2, Job Number: 47632.
[ECOLOG-L] Graduate Research Assistant Position - University of Arizona
Graduate Research Assistant Position in Natural Resources Ecology now being recruited at the University of Arizona, Tucson. We have recently been awarded a National Science Foundation, Coupled Natural and Human Systems project titled Strengthening Resilience of Arid Region Riparian Corridors: Ecohydrology and Decision-Making in the Sonora and San Pedro Watersheds [http://udallcenter.arizona.edu/wrpg/cnh/]. The project will link ecohydrology and decision making (individual and institutional) data and approaches to evaluate the resilience of arid riparian areas to climate change and land-use practices. We are looking for a MS or PhD candidate with background and interest in working with ecological and climate data, particularly related to water and land-use decision-making. The candidate will be synthesizing data relating to ecosystem fluxes, hydrological flows, climate, and ecosystem services. There will also be field work opportunities to help develop ecological indicator data sets that link to decision making and to monitor ecosystem responses to climate and land-use variability. This position requires a background in environmental science, ecohydrology, plant science, ecosystem ecology, environmental statistics, geography or related field. Preference will be given to applicants with expertise in Geographical Information Systems (GIS) and with explicit skills in data analysis and modeling. For details on the assistantship or graduate admissions, contact Dr. Mitchell Pavao-Zuckerman mzuc...@email.arizona.edu with the School of Natural Resources and the Environment (see, http://snre.arizona.edu/academic/grad/prospective and http://www.snr.arizona.edu/academic/grad/gradprograms) and Biosphere 2 at the University of Arizona. Candidates selected to receive the assistantship will have a full tuition waiver and receive a stipend and benefits according to the program, - the student would start in Fall 2011. Pending satisfactory progress with project-related research and with the students course of study, funding is available for four years.
[ECOLOG-L] Biosphere 2 REU Program, Summer 2011
The University of Arizona will be holding a 10-week Research Experiences for Undergraduates (REU) program this summer in environmental and Earth system sciences at Biosphere 2 (B2 http://www.b2science.org/earth/outreach/reu) Students will participate in a variety of activities that will help them pursue a career in environmental sciences. Students will conduct their own research under a mentor, interact with other participants and scientists, and present research findings in a formal symposium setting. A unique part of the B2 REU experience will be the opportunity to interact with the public who visit B2 on tour and to obtain training in outreach related to their research topics. Additionally, students will participate in professional development workshops, an ethics in science workshop, and field trips to local attractions. Students in their Sophomore or Junior years from a wide range of disciplines and interests including biology, ecology, plant sciences, hydrology, soil science, geology, atmospheric science, mathematics, physics, chemistry, or computer science are encouraged to apply. Only U.S. citizens or permanent residents are eligible for this NSF funded program. Research at Biosphere 2 aims to catalyze interdisciplinary thinking and understanding about the Earth, its living systems, and its future. Students in the REU program will conduct research in the Earth system and environmental sciences that examines some facet of soil-water-atmosphere-plant interactions. Improving understanding of these interactions is important in gaining insight into the impacts and causes of global environmental change and variation. Key to research at B2 is the use of methods and techniques that allow linking across scales. Additionally, some REU projects will be conducted in partnership with the southwestern Critical Zone Observatory (http://www.czo.arizona.edu/). Projects will focus on a variety of topics that include (but arent limited to): coupling ecohydrology and biogeochemistry, investigating abiotic and biotic contributions to ecosystem processes, integrating measurements across scales, using innovative tools to link climate and ecological function, and modeling of ecosystem and soil processes. Students will receive: $4,500 stipend Lodging at Biosphere 2s student village Travel to and from Tucson, AZ Applications are due March 15 2011, and application material can be found at: http://chubasco.hwr.arizona.edu/b2app/ Mitchell Pavao-Zuckerman Biosphere 2 P.O. Box 210088 University of Arizona Tucson, AZ 85721-0088 r...@b2science.org
[ECOLOG-L] Biosphere 2 REU Program Summer 2010
The University of Arizona will be holding a 10-week Research Experiences for Undergraduates (REU) program this summer in environmental and Earth system sciences at Biosphere 2 (B2 http://www.b2science.org/earth/program-reu.html). Students will participate in a variety of activities that will help them pursue a career in environmental sciences. Students will conduct their own research under a mentor, interact with other participants and scientists, and present research findings in a formal symposium setting. A unique part of the B2 REU experience will be the opportunity to interact with the public who visit B2 on tour and to obtain training in outreach related to their research topics. Additionally, students will participate in professional development workshops, an ethics in science workshop, and field trips to local attractions. Students in their Sophomore or Junior years from a wide range of disciplines and interests including biology, ecology, plant sciences, hydrology, soil science, geology, atmospheric science, mathematics, physics, chemistry, or computer science are encouraged to apply. Only U.S. citizens or permanent residents are eligible for this NSF funded program. Research at Biosphere 2 aims to catalyze interdisciplinary thinking and understanding about the Earth, its living systems, and its future. Students in the REU program will conduct research in the Earth system and environmental sciences that examines some facet of soil-water-atmosphere-plant interactions. Improving understanding of these interactions is important in gaining insight into the impacts and causes of global environmental change and variation. Key to research at B2 is the use of methods and techniques that allow linking across scales. Additionally, some REU projects will be conducted in partnership with the southwestern Critical Zone Observatory (http://www.czo.arizona.edu/). Projects will focus on a variety of topics that include (but arent limited to): coupling ecohydrology and biogeochemistry, investigating abiotic and biotic contributions to ecosystem processes, integrating measurements across scales, using innovative tools to link climate and ecological function, and modeling of ecosystem and soil processes. You will receive: $5,000 stipend Lodging at Biosphere 2s student village Food allowance Travel to and from Tucson, AZ Applications are due April 5 2010, and application material can be found at: http://chubasco.hwr.arizona.edu/b2app/ Mitchell Pavao-Zuckerman Biosphere 2 P.O. Box 210088 University of Arizona Tucson, AZ 85721-0088 mzucker...@arizona.edu
