Positions in Dendrochronology
The dendrochronological community is a small one relative to other scientific disciplines. This makes making connections difficult, especially in the job market. I hope to fill this gap by providing information on jobs available and of interest to the tree-ring community. If you would like to post an announcement on this page for a job position, send a message to me using the email address at the top of this page. If we all participate, we'll all benefit!
University of Montana
POST DOCTORAL POSITION: RESILIENCE TO FOREST RESTORATION TREATMENTS
A 1.5 years post-doctoral position is available starting June 2017 within the College of Forestry and Conservation and Division of Biological Sciences at the University of Montana to work on a project to examine 25-year fire and cutting effects on vegetation and fuels at the Lick Creek Demonstration-Research Forest in western Montana. The successful candidate will work with project co-PI’s (Anna Sala and Christopher Keyes, UM; Sharon Hood (USFS-RMRS) to: 1) study effects of fire and cutting treatments on resilience to drought and bark beetles in ponderosa pine forests of the Northern Rocky Mountains; 2) coordinate overall project activities and deliverables; and 3) participate in outreach activities.
REQUIRED QUALIFICATIONS: demonstrated strong commitment to basic research, background in dendrochronology, forest fire ecology, tree physiology and isotope research, demonstrated ability to publish peer-reviewed papers, effective written and oral communication skills, willingness to work in a team environment, and a Ph.D. received within the last five years in a relevant discipline.
DESIRED QUALIFICATIONS: Desired skills include: 1) advanced skills in applied statistics; 2) experience with tree growth-climate data analyses; and 4) ability to interact with and communicate to broader audiences. We encourage applicants who can work across disciplines and independently enhance project outcomes by adding innovative approaches.
STIPEND/SALARY: Salary will be commensurate with skills
and will include full benefits.
TO APPLY: In a single pdf document, please send a CV, a short statement of your research and career goals and how you envision to contribute to the overall project goals, and the names and contact information of three references to Anna Sala (email@example.com). We will start reviewing applications by March 10.
UNIVERSITY AND COMMUNITY: The University of Montana’s College of Forestry and Conservation and Division of Biological Sciences are on the forefront of ecological research and natural resource management. Our faculty and students conduct basic and applied research in a wide range of biological and natural resource disciplines, and have ready access to Montana’s extensive wild and working lands for natural laboratories and recreational opportunities. The City of Missoula (population approx. 70,000) is regularly featured as one of the most livable cities in the United States.
ADDITIONAL INFORMATION. The Lick Creek Demonstration/Research Forest in the Bitterroot National Forest, MT, was established in 1991 to test restoration alternatives in restoring the site’s ponderosa pine vegetation community and reduce fuel loads down to historically-appropriate levels. Seven prescribed burning and cutting treatment variants to test Silvicultural treatments were implemented in 1992, followed by prescribed burning in 1993 and 1994, under a fully replicated experimental design involving randomization of treated units and a permanent, systematic plot sampling network. The site offers a truly unique opportunity to assess 25-year-effects of burning and cutting restoration treatments. The successful applicant will have available extensive work on vegetation and fuel dynamics and fire hazard, as well as sampled cores for immediate data analysis and isotope work on drought effects.
Two Ph.D. Positions in Forest Ecology
University of Life Sciences in Prague
We are seeking two highly motivated Ph.D. researchers to
join our team within the Forest Dynamics Lab of the
Department of Forest Ecology, Czech University of Life
Sciences in Prague, Czech Republic. Our current research is
focused on how disturbance regimes drive structural
variability, carbon dynamics, and biodiversity at stand and
landscape scales in primary mountain forests in central and
Despite the long history of land use, this region of Europe still has extensive remnants of primary mountain forests, particularly in the Carpathian and Dinaric mountain ranges. The large sub-continental region covered by the current research project includes the two dominant forest types in Europe, Norway spruce and mixed broad-leaf forests dominated by European beech. The aim of the current project is to quantify how disturbances influence forest structure, C dynamics, biodiversity and the multiple pathways of stand development that contribute to complex structure across these two forest types. Based on a unique set of established plots across several forest landscapes, detailed reconstructions of past disturbance histories will allow us to quantify spatio-temporal structural patterns and C dynamics along forest development pathways at stand, local, and landscape levels, as well as across environmental and climatic gradients.
The activities, together with our team, will include field work, laboratory processing of samples (mainly tree cores), statistically analyzing data, compiling results, and preparing peer-reviewed publications in international science journals. Two positions are available: 1) Forest Ecology Ph.D. - the first position will focus on reconstructing disturbance histories using tree ring data and examining links with current forest structure, composition, and indicators of biodiversity. This position will include field work; 2) Dendroecology Ph.D. - the second position will focus more on dendroecological analyses of existing tree ring data (current database of 20,000 tree cores from 1000 forest plots across the study region) to examine links between tree growth and abiotic and biotic factors. Although the candidate for the second position is not expected to participate in field-work, there will be opportunities to visit impressive locations of old-growth forests across the region.
We are a young and energetic research team with close collaborations with international partners. Opportunities exist for exchange visits and meetings. To obtain more information about our team, visit http://scholar.google.cz/citations?user=DaBJTM4AAAAJ
Applicants should have a MSc (or equivalent) in environmental or related sciences (biology, ecology, geography, forest sciences), and good English communication and writing skills. Ideal candidates would have strong analytical skills, experience with large datasets and R, and some past experience working with tree rings, particularly for the second position. Both positions include a monthly salary of 800 Euros.
Applications: Please indicate which position you are applying for and attach a CV listing your skills and qualifications. Applicants should also provide a short statement outlining why they believe themselves to be suitable for the above positions, as well as contact information for at least one reference. Applications are due by May 15th, 2017, and successful candidates would start in October 2017.
Send the application by email to both of the following contacts:
Miroslav Svoboda, Email: firstname.lastname@example.org
Thomas A. Nagel, Email: email@example.com
Postal address: Czech University of Life Science, Faculty of Forestry and Wood Science, Kamycka 129, Praha 6 Suchdol, 16521, Czech Republic
Ph.D. Position in Dendroecology
University of South
We are seeking a highly-motivated Ph.D. student to join
new projects exploring growth responses of plants (mostly
trees) to climate change. The research will identify
patterns and mechanisms of growth responses to climate
change and link them to ecophysiology, evolutionary and
environmental constraints such as disturbances and
competition, using global dataset and field data from our
experimental sites (Cameroon, Himalayas, Far East and
Central Europe). Next to this, our long-term tree-ring
records will be utilized to disentangle the complex drivers
of forest dynamics, predict future forest responses to
changing climate and reconstruct past climate as well as
disturbance agents (tropical cyclones). The student will
start with processing already collected data and material
and consequently actively participate on field sampling (at
least two times during the year) of data and their
subsequent processing in collaboration with international
specialists. The length of the study is from three to four
The successful applicant will be supervised by Dr. Jiri Dolezal, Dr. Jan Altman and Prof. Fritz Schweingruber as a part of the multidisciplinary team at the Faculty of Science, University of South Bohemia in České Budejovice in a close collaboration with the Institute of Botany, Czech Academy of Sciences and WSL Birmensdorf, Switzerland.
- standard university scholarship (up to 114,000 CZK annually according to discharging of the study responsibilities) and a part time employment (90,000 CZK annually); altogether it sufficiently covers living expenses in the Czech Republic
- attractive scientific topic in an established international team and fully equipped tree-ring laboratory
- enthusiasm in nature and ecological science
- ability to lead a field research in challenging conditions of mountain and alpine environments
- fluency in English
- a fresh MSc degree in biology or related fields
Desirable (but not necessary)
- previous experience of collaboration in scientific projects evidenced by a (co)authorship of research papers or conference contributions
- previous experience with tree-ring analyses in R
Applicants will send a structured CV, contacts of three referees, and a cover letter (maximum 2 pages A4) stating their previous work, qualification and motivation to both emails of Jiri Dolezal (firstname.lastname@example.org) and Jan Altman (email@example.com). Any questions should be sent to the same emails as well.
Review of applications will begin on 1th February 2017 and will continue until the position has been filled. Selected applicants will be interviewed through Skype. The position is available from spring/early summer 2017 until filled. In case that there will be two candidates which will fulfil the criteria, two positions will be opened.
The Laboratory of Tree-Ring Research at the University of Arizona seeks to fill a faculty position in areas related to processes, interactions and feedbacks among tree and forest growth, the carbon cycle and climate. We seek promising candidates at any career stage to build a successful and vibrant program that will contribute to vigorous multifaceted interdisciplinary research, teaching and service in environmental and earth system sciences on our campus. A Ph.D. in an applicable field of research expertise is required.
We are especially interested in individuals whose research utilizes dendrochronology and/or tree-ring data in novel and effective combination with other analytical tools, methods and disciplines to address basic or applied questions, particularly related to our understanding of the processes controlling forest dynamics from the cellular to the global scale.Substantive areas of research could include linking ecophysiological or genomic processes to long-term tree growth; carbon budgets of forest ecosystems on intra-annual to centennial time-scales; tree-ring data and vegetation / climate model assimilation; carbon-cycle climate interactions; disturbance and dynamics in forest ecosystems. The new faculty member will demonstrate an exceptional record of research, evidenced by publications, grants, and mentorship, that advances UA’s strengths in environmental science and its commitment to mentoring and training its diverse student body.
The University of Arizona is located in Tucson, Arizona, a culturally diverse, family-friendly city set in the natural beauty of the desert southwest. The University of Arizona is home to one of the largest and broadest concentrations of earth system research and education in the US, with world-class programs in fields including hydrology, atmospheric science, paleoclimatology, ecosystem ecology, earth system sciences and climate. This position is part of the University of Arizona’s WEES (Water, Energy and Environmental Solutions) Climate and Earth System initiative. This new faculty member will be based in the Laboratory of Tree-Ring Research (http://www.ltrr.arizona.edu/) with potential joint appointments in affiliated departments throughout campus.
Duties include research, teaching and service. The successful candidate is expected to establish and maintain a highly visible, productive, collaborative, and externally funded research program, and disseminate research outcomes to the scientific community and the general public. They will contribute to bolstering an inclusive environment that encourages diversity and the integration of members of underrepresented groups within the university. The University of Arizona is a committed Equal Opportunity/Affirmative Action Institution. Women, minorities, veterans and individuals with disabilities are encouraged to apply.
Candidates should submit statements of research and teaching interests, curriculum vitae, publication list and contact information for three referees by March 1, 2017, following instructions at https://uacareers.com/postings/16258 where further details may be found. Other questions may be directed to Dr. Malcolm Hughes (firstname.lastname@example.org ), Search Committee Chair.
Postdoctoral Position in Paleoecological Research
The Johanna Mestorf Academy (JMA) is a Central
Institution at Kiel University, Germany. Research at JMA is
conducted by a highly interdisciplinary community, focusing
on socio-environmental change and Landscape Archaeology. The
Graduate School Human Development in Landscapes at Kiel
University (www.gshdl.de) offers a unique research environment at the interface between the Humanities and the Natural and Social Sciences. In its research it addresses the interaction between physical and social landscapes as the most profound process that catalyses human activity in space and time; integrating the interplay of environments, social relationships, material culture, population dynamics, and human perceptions of socio-environmental change.
The research on Human Development in Landscapes should be
supplemented especially in the area
of dendro-ecology, dendro-climatology, and dendro-archaeology. Research themes may be addressed by candidates with appropriate experience from different disciplines, namely from Pre-and Protohistory, Archaeobotany, Paleoclimate Research, or Paleoenvironmental Research.
Candidates must hold an excellent PhD in one of the above listed fields of research.
The successful candidate can gain experience in preparing
applications for third-party funded
research projects. He/she will have two balanced main responsibilities:
1. to carry out an individual post-doc research project
2. to participate directly in the formulation of novel research projects in conjunction with a
currently established JMA working group
The position is to start on April 1, 2017, ending on March 31, 2018. Salary scale is TVL13 (100%).The
Position is endowed with research funds of 9000€.
Kiel University is an equal opportunity employer and aims to increase the number of excellent women in research and teaching. Kiel University is committed to further the compatibility of work and family life. The University supports the employment of disabled persons. Persons with disabilities will, with appropriate qualifications and aptitudes, be employed preferentially. Applications by people with a migration background are particularly welcomed. Please refrain from submitting application photos.
Please submit your application documents (including a statement of research no longer than 8 pages which includes the proposed post-doctoral project, a letter of motivation and a detailed CV) as a single pdf to the speaker of the Graduate School:
Professor Dr. Johannes Müller
Submission deadline is February 20th, 2017.
PhD Assistantship in Riparian Forest Ecology and
State University of New York-ESF
Project description: Linking basin-scale, stand-level, and individual tree water stress indicators for groundwater-dependent riparian forests in multiple-use river basins
Managing water resources is increasingly challenging in many river basins globally as the climate becomes warmer and drier. Human demand on water resources, particularly groundwater, is high in multiple-use river basins where significant withdrawals occur for intensive agriculture and industry. The interaction between high groundwater extraction by humans and climatic drought, such as that which is currently affecting large areas of California, can result in rapidly declining water tables with strongly negative consequences for groundwater-dependent ecosystems (GDEs). Riparian forests, which are hotspots of biodiversity and support key functions and habitats within many GDEs, are particularly sensitive to water table dynamics. Rapid and sustained declines in groundwater tables typically induce reduced growth, vigor, and physiological function in drought-intolerant riparian trees. These conditions, if they persist, lead to riparian forest decline, with substantial risks to the ecosystems they support and the services they provide to society. This NSF-funded project will use a suite of interdisciplinary methods to measure water stress in riparian forests that are linked to changes in groundwater availability. The study will take place in the Santa Clara River basin in Southern California, where as in many water-limited regions of the world, interactions between climate and water withdrawals for agriculture threaten the integrity of GDEs and their component species. The interdisciplinary project team from SUNY-ESF and UC Santa Barbara will couple high-resolution remote sensing with field-based tree-ring research and groundwater well data to develop water stress indicators across a range of geographic scales from individual trees to forest stands to an entire riparian corridor. The ultimate goal of the project is to identify trends and thresholds in forest response to groundwater decline that can be used to develop sustainable groundwater management approaches for protecting GDEs in multiple-use river basins.
The PhD position and how to apply:
We seek a Ph.D. student at the State University of New York College of Environmental Science and Forestry (SUNY-ESF) working with Dr. John Stella and interdisciplinary collaborators at UC Santa Barbara and The Nature Conservancy. The position will start in summer 2017. Research questions will focus on riparian ecosystem response to drought and methods will include field sampling to inventory riparian forest structure and health, collecting and analyzing tree rings for growth trends and annual water use efficiency using carbon isotopes, and assessing critical thresholds for riparian forest decline. Field studies will occur in the Santa Clara River basin in Southern California with lab work at SUNY-ESF and at the University of Utah. Ideal candidates will have an MS in ecology, environmental science, or a related field; a strong quantitative and statistical background; the ability to work in remote field settings; and interest in riparian forest ecology and tree ecophysiology in dryland regions. The position is funded for a minimum of three years and provides a competitive stipend, tuition and benefits. Interested candidates should send a CV/resume (with GPA and GRE scores), a description of research interests and experience, and names and contact information for 3 references to email@example.com. For more information on how to apply, see http://www.esf.edu/fnrm/stella/opportunities.html
Founded in 1911, SUNY-ESF is the nation's oldest school dedicated to the study of the environment, developing renewable technologies and building a sustainable future. The ESF main campus is in Syracuse, NY and has regional campuses throughout Central New York and the Adirondack Park. Providing a small-college atmosphere with a low student/faculty ratio that allows for personal attention and mentoring for students, ESF is one of nine Ph.D. degree granting campuses within the SUNY system, and is designated a Carnegie RU/H (Research University/High Activity) school. Integration of research and teaching is emphasized and the college has a strong undergraduate research program where advanced undergraduate students regularly work with graduate students and faculty. ESF has nine regional campuses/field stations and maintains nearly 25,000 acres in college properties offering unrivaled opportunities for field-based research. On ESF's main campus, access to chemical instrumentation, advanced electron microscopy, computing clusters and growth chambers is available. In addition, the ESF campus is contiguous with that of Syracuse University and in close proximity to SUNY Upstate Medical University, giving students and faculty the added resources of a larger institution of higher education, including a wide array of courses, computer and library facilities. The City of Syracuse is uniquely situated between the Finger Lakes Region, Lake Ontario, and the Adirondacks, providing abundant opportunities for outdoor recreation.
Ph.D. or Postdoc position in
University of Greifswald,
"BaltRap - The Baltic Sea and its Southern Lowlands: Proxy-Environment interactions in times of rapid changes" is a newly funded joint research network (see http://www.io-warnemuende.de/projekt/167/baltrap.html). Its focus is the coupled marine-terrestrial system of the Baltic Sea and its southern lowlands, which is highly sensitive to both natural climate forcing and human impact. To comprehensively understand the impact of rapid climate change in the southern Baltic Sea region (SBSR) and to distinguish between natural and human forcing, our BaltRap network aims, for the first time, at integrating high-resolution marine (sediments) and terrestrial (lake sediments and tree rings) proxy archives.
Within the interdisciplinary project the major task of the working group Greifswald will be to derive high quality intra-interannual proxy data (ring parameters: width, density, chemistry, anatomy) from a regional network of tree sites and species around the Baltic Sea basin. The inclusion of archeological/subfossil samples is planned as well. By linking these data to other proxies (e.g. marine and lake sediments, part of BaltRap) and calibrating them against instrumental climate and other monitoring data, statistically verifiable high resolution reconstructions of climate and landscape evolution for the research area will be developed with the special focus of understanding the varying anthropogenic influence over time.
We are looking for highly motivated and team-oriented candidates with a strong background in forest ecology and/or Dendrochronology who have a M.Sc. or Diploma degree in biology, geography, forestry, landscape ecology, or related disciplines. Applications of candidates holding a Ph.D. are welcome.
Experience in dendroecological methods, ecological
field work, multivariate statistical analyses and
(climate)-modeling would be a major asset. Successful
applicants should be motivated to combine intense field and
laboratory work with detailed statistical analyses. Very
good English skills are required. The ideal candidate has a
proven record of scientific achievement, knowledge of the
regional landscape and will develop his/her own ideas within
the framework of the project.
In our dendrolab “DendroGreif” (http://botanik1.botanik.uni-greifswald.de/2537.html?&L=1) we offer state of the art dendrochronological lab-facilities including ITRAX Multiscanner for densitometry and wood chemistry, several measuring tables (Lintab), microtomes, various software applications (Windendro, WinCell etc.). You will be part of the working group “Landscape Ecology and Ecosystem Dynamics”, lead by Prof. Martin Wilmking, Ph.D., and part of the BaltRap interdisciplinary scientific network.
The preferred starting date for the position is March 2017 or as soon as possible thereafter. The deadline for applications is February 5th.2017.
Salary is according to TVL 13 (50%), possibly higher,
depending on the level of experience. For non-German
citizens we might be able to offer scholarships of about
2500€/month for Ph.D. holders or up to 1600€/month for Ph.D.
students. The position can be funded for up to 3 years. The
Ernst-Moritz-Arndt-University Greifswald advocates gender
equality. Women are therefore strongly encouraged to apply.
Equally qualified severely handicapped applicants will be
Applicants should send the following documents in English
by email as a single pdf attachment to
· a cover letter that includes a statement describing your experience and motivating your application,
· your curriculum vitae with publication list
· copies of certificates.
· names and contact information for 2-3 references
Please do not send original documents as the applications will not be send back. Legally binding is the German version of the announcement, available at www.uni-greifswald.de.
Groupleader Dendro Sciences
As a researcher with long-term experience and international reputation, you will manage the group and the tree-ring laboratories. You will promote and coordinate the research of the Dendro Sciences Group and perform your own projects. Furthermore, you will procure third party funding for research projects and encourage cooperation with other research groups of WSL, other institutes and organizations at both national and international level.
You will have a PhD in a natural science or related fields, an excellent international record in tree-ring research and are experienced in managing teams and projects. Additionally, you will have an integrative personality with good negotiating skills and are willing to coordinate and support the Dendro Sciences Group across a broad range of topics. You are fluent in English, and a good knowledge of one of the Swiss national languages will be advantageous.
Please send your complete application online to Sabine Hirt, Human Resources WSL. PD Dr. Matthias Bürgi, Tel. +41 (0)44 739 23 54, will be happy to answer further questions. The WSL strives to increase the proportion of women in its employment, which is why qualified women are particularly called upon to apply for this position.
Application page is
Czech University of Life
Dendroecological perspectives on temperate mountain forest dynamics of Central and Eastern Europe
Type of employment: Temporary position – until the end of
2019 (with possibility to extend to permanent positon)
Working hours: Full time
First day of employment: summer 2017
Number of positions: 1
Country: Czech Republic
Czech University of Life Sciences in Prague, Faculty of Forestry and Wood Sciences
We are seeking a postdoctoral researcher to join our team within the Forest Dynamics Lab of the Department of Forest Ecology, Faculty of Forestry and Wood Sciences in Prague, Czech Republic. The project is titled “Disturbance regimes as drivers of structural variability, carbon dynamics and biodiversity at the stand and landscape levels in primary mountain forests in central and eastern Europe.”
Disturbance plays a dominant role in shaping the structure and function of forest ecosystems, but quantification of disturbance effects is typically limited by missing information on a location’s history and a region’s disturbance regime. Our lab uses tree-ring data to reconstruct site histories, providing insight into how forest characteristics recover from disturbances of variable severity. We are particularly interested in linking patterns in the severity and frequencies of disturbance to variation in tree size structure, carbon dynamics and biodiversity.
The successful candidate will have access to a completed database of 20,000 tree cores collected from 1000 forest plots distributed throughout remaining patches of old-growth forest is central and eastern Europe. Plots are distributed in a hierarchical design (i.e. plots nested within stands, within landscapes throughout the Carpathian mountain range). The aim of the design is to partition the effects of disturbance effects at a variety of scales, from local variation among neighboring locations due to smaller-scale gap dynamics to more extreme events impacting entire landscapes.
The selected candidate will be expected to lead projects using available tree-ring data to link tree growth and biomass dynamics to abiotic and biotic factors. Responsibilities will predominantly be data analysis and manuscript preparation. Opportunities to visit some of our impressive field locations will be available, but the candidate is not expected to participate in data collection.
We are a young and energetic research team with close collaborations with international partners. Opportunities exist for international exchange visits and meetings. To obtain more information about our team, visit http://scholar.google.cz/citations?user=DaBJTM4AAAAJ.
Applicants should have a PhD (at the time of hire) in environmental or related sciences (biology, ecology, geography, forest sciences), and excellent English communication and writing skills on the level of native speaker is essential.
Salary: 1300 – 1600 EUR based on the previous experience and performance We offer a 2-year position starting as soon as possible. The starting monthly salary will be around 1300-1600 Euro, which represents double of the median salary in the Czech Republic. To compare living costs see here: https://www.expatistan.com/cost-of-living In addition, there is a share increase based on the personal performance.
Applications: Please attach a CV listing skills and qualifications, a list of publications and other documents deemed important by the applicant. Applicants should provide a short statement outlining why they believe themselves to be suitable for the above position. Applicants should include contact information for two references, one being the current or most recent employer.
Send the application to the following address: Miroslav Svoboda Email: firstname.lastname@example.org Postal address: Czech University of Life Science, Faculty of Forestry and Wood Science, Kamycka 129, Praha 6 Suchdol, 16521, Czech Republic
PhD Opportunity in dendrochronology
Québec en Abitibi-Témiscamingue
Effect of species mixing on long-term trends in forest productivity
Although a large body of recent research has already pointed to possible effects of a changing climate on tree growth across the boreal forest, there is still a need for better empirical data to verify some of the most fundamental assumptions adopted in this research. Climate impact studies have revealed changes in growth rates and the extent of forest decline as a result of increased evapotranspiration demand, variability in the frequency of extreme climatic and disturbance events (such as fires, insect outbreaks), and indirect effects of climate change, involving tree regeneration and competitive interactions within community. However, a vast majority of these studies has relied on a combination of short-term observations and long-term model-driven projections involving many not-so-evident assumptions. To address this knowledge gap we will conduct a study looking specifically at long-term changes in growth rates in natural pure and mixed stands of boreal Quebec. We will consider low frequency (century long) trends in growth as integral metrics of climatically-driven changes in growing conditions.
We are looking for an ambitious and highly motivated PhD student with a completed master degree in forest ecology, climatology, geography, ecosystem modelling, or mathematics. Documented experiences in dendrochronology, GIS-added analyses, work with large relational databases, modeling of biological systems and good skills in computer programming (R) will all be valued during the evaluation process. It is important that the candidate is fluent in English and has an excellent ability to formulate himself/herself both orally and in writing. Knowledge of French is an strong asset.
A past record of scientific publication and presentation is highly valued. We put great emphasis on personal characteristics of the successful applicant, solid work ethic, and in particular - the ability to independently manage a large volume of fieldwork and laboratory tasks, and meet reporting and publication deadlines.
The successful candidate will join a dynamic and international team of the Forest Research Institute at the University of Quebec at Abitibi-Temiscamigue, Quebec Canada (Igor Drobyshev and Yves Bergeron). The position is offered within the framework of a three-year MITACS project Can tree species mixing improve resilience and productivity of boreal forests?, in cooperation with consortium OURANOS and Ministère de l'Énergie et des Ressources naturelles of Quebec (Daniel Houle). It is expected that this 3-year PhD project will start in the January-February 2017. Please direct all inquiries to email@example.com and firstname.lastname@example.org
PhD position in Dendroclimatology
The Center for Dendrochronology at the University of
Minnesota is accepting applications for a fully-funded PhD
position to start in Fall 2017. The successful candidate
will join a NSF-sponsored project studying low-frequency
climate variability and the causes of widespread megadrought
in North America (http://www.nsf.gov/awardsearch/showAward?AWD_ID=1602512&HistoricalAwards=false),
and collaborate with paleoclimatologists, statisticians, and
climate scientists at the University of Minnesota, Cornell
University, and the United States Geological Survey (USGS).
Under the supervision of Dr. Scott St. George (http://umn.edu/~stgeorge), the candidate will use tree-ring data, climate simulations, and biological process models to clarify how and why drought in North America may persist for one or more decades. First, the student will produce a new set of tree-ring records from the Northern Hemisphere that is optimized to recover low-frequency (decadal- to centennial-scale) environmental signals. Afterwards, the student will estimate the spatial structure of dec-cen variability in tree-ring records across North America, and outline the fingerprint of major low-frequency climate modes within the tree-ring network. Other major tasks include (i) helping to lead a pair of summer workshops on dendroclimatology for statisticians and computer scientists, and (ii) collaborating with researchers at Cornell’s Emergent Climate Risk Lab (http://ecrl.eas.cornell.edu) to test the ability of state-of-the-art climate models to simulate megadrought.
Understanding decadal drought and multidecadal megadrought risk requires us to characterize the amplitudes and spatial patterns of climate fluctuations on these time scales. Decadal-centennial (dec-cen) variability in terrestrial climate, including ’megadroughts’, may arise due to low-frequency behavior in the oceans or may be residuals from high-frequency forcings, but instrumental climate records by themselves are not adequate to distinguish between these two frameworks. Proxy records from natural archives are able to extend our perspective on the climate system beyond the last century and a half, making these data essential for evaluating the pre-instrumental behavior of dec-cen climate variability. In terrestrial settings, records of tree-ring width and latewood density have been the dominant source of information about dec-cen behavior due to their high resolution and dating accuracy, but important questions about the ability of this archive to describe low-frequency climate variability remain unanswered.
We seek to hire a highly motivated student who holds an M.Sc. or equivalent in a relevant field and has research experience in dendrochronology, climatology, or Quaternary environmental change. Undergraduate or graduate training in botany, physics, statistics, or mathematics would be an asset, as would basic programming skills in Matlab, Python, R, or equivalent. Minimum academic qualifications include a 3.5 GPA on a 4.0 system.
$17,500 to $22,500 during the Fall/Spring academic term, depending on qualifications. Students will receive an additional stipend for summer work (up to $7,000), and be encouraged to apply for college- and university-level fellowships and research grants. Finally, if the successful applicant is a United States citizen, they will have the opportunity to apply for a USGS internship through their Graduate Student Preparedness program (https://powellcenter.usgs.gov/national-science-foundation-graduate-research-internship-program-grip).
How to apply
Students interested in this opportunity should contact Dr. St. George by sending an inquiry to email@example.com. In order to evaluate your qualifications, it would be helpful to share: (i) a cover letter outlining your research experience and motivation for joining this project; (ii) an up-to-date curriculum vitae, including contact information for at least two referees; and (iii) academic transcripts for degrees completed or in-progress (either official or unofficial).
Students will subsequently apply to either the Ph.D. program in Geography (http://cla.umn.edu/geography/graduate) or Land and Atmospheric Science (http://www.laas.umn.edu) at the University of Minnesota. Please do not submit an application to either program without contacting Dr. St. George first.
December 15, 2017
Scott St. George
Associate Professor, Department of Geography
University of Minnesota
** In 2017 **
Humboldt Research Fellow
Johannes Gutenberg-Universität Mainz