An opportunity exists to join the international water team within CSIRO Land and Water in Canberra. Details available at https://jobs.csiro.au/job/Canberra%2C-ACT-International-River-Modeller/443576800/
Advertised job vacancies and post-doctoral fellowships
Subject: Postdoctoral Fellow, Gulf of Alaska (GOA) Integrated Ecosystem Assessment (IEA) Program
Recruitment has been reopened for an exciting postdoctoral researcher opportunity.
Position: Postdoctoral Fellow, Gulf of Alaska (GOA) Integrated Ecosystem Assessment (IEA) Program
Organization: University of Alaska Fairbanks, College of Fisheries and Ocean Sciences, Juneau, Alaska, USA
Partner organization: NOAA Fisheries, Ted Stevens Marine Research Institute Alaska Fisheries Science Center, Juneau, Alaska, USA
Project summary: NOAA Fisheries has identified a need for ecosystem-based management to fully support 21st century stewardship of our oceans and coasts. Integrated Ecosystem Assessments (IEAs) are a next generation tool designed to incorporate ecological processes in decision making and transfer scientific knowledge to managers and stakeholders. When fully implemented, IEAs have the power to quantify ecosystem services and feed into Management Strategy Evaluations (MSEs). This project will involve collaboration with fisheries oceanographers, stock assessment scientists, ecosystem modelers, natural resource economists, commercial fishermen’s organizations, tribal entities, and non-profit research organizations.
Statement of Work: Dr. Gordon Kruse will supervise the post-doctoral researcher. The NOAA Program Manager (Dr. Moss) and Dr. Kerim Aydin of NOAA/NMFS will provide additional substantive guidance on this collaborative GOA IEA program effort. Primary duties of the post-doctoral researcher will involve: (1) developing a conceptual model, or series of models that emulate the major ecological functions of the GOA; (2) an overarching Gulf of Alaska-wide plan for the Alaska IEA Program; and (3) the drafting of a proposal for a regional IEA specific to Southeast Alaska. Additional analyses will focus on determining which data are the most useful for ecosystem indicators. This project will require strong quantitative/analytical skills, including a background in population dynamics, stock assessment, applied mathematics, or theoretical ecology, as well as familiarity with databases and strong programming skills (e.g., R, AD Model Builder, and Template Model Builder).
Specific Duties of the Postdoctoral Researcher (in collaboration with Alaska IEA team members):
- Develop conceptual model(s) of the Gulf of Alaska by combining new information from the recently completed Gulf of Alaska Project (NPRB) with that existing in the literature;
- Develop an overarching plan for the IEA Program in the Gulf of Alaska;
- Develop a proposal for a regional IEA for coastal Southeast Alaska;
- Contribute to innovative statistical and mathematical models to better assess and incorporate environmental drivers and/or ecosystem indicators in the ecosystem assessments, fisheries stock assessments, and management strategy evaluations;
- Provide technical and scientific manuscripts for publication and participates in the development of scientific manuscripts for publication with Alaska IEA team members; and
- Carry out projects as a full member of a research team and as an independent researcher.
Deliverables of the Postdoctoral Researcher:
- Conceptual model(s) of the Gulf of Alaska
- Comprehensive strategic plan for the GOA IEA(s)
- Proposal for Southeast Alaska IEA
- Secure partnerships through stakeholder involvement and outreach by hosting stakeholder workshops and in person meetings
Qualifications: PhD or advanced degree in fisheries, biological oceanography, quantitative ecology, biology, zoology, or biological oceanography, mathematics, or statistics. Appropriate experience or additional education, including evidence of statistical work such as: field sampling, computing, and analyzing statistical data.
Salary: Commensurate with experience plus benefits. See: http://www.alaska.edu/benefits/
Contact: Dr. Gordon H. Kruse. Phone: Gordon.Kruse
Include: Cover letter describing your interest and experience relevant to the position, CV with contact information for three professional references, letter of recommendation from adviser, and pdfs of publications.
Closing Date: Please submit applications by 11:55 pm AKST on 8/1/2017, when application reviews begin. Applications close on 9/1/2017.
See 5 adverts for 5 new positions to work in my ERC team on data assimilation, ocean modelling and
ocean observations. Please send them around to potential candidates,
or post them in places you see fit.
PS PDRA means postdoc…
PDRA Data Assimilation
PDRA Ocean Modelling & Data Assimilation
PDRA Ocean Observation Analysis
Colleagues and I are currently looking for two post-doctoral candidates to collaborate on spatio-temporal models:
1. 2.5 years of funding to understand environmental drivers of pelagic fish distribution near Vancounver Island BC, including impacts on predator-prey dynamics and natural mortality (details at Jennifer.Boldt), Jim Thorson (James.Thorson), and Robyn Forrest (Robyn.Forrest@dfo-mpo. gc.ca).
2. 1 year of funding to understand how best to estimate length-structure for tropic tuna species, in preparation for an international CAPAM meeting on the topic in March 2018 (details at semmens), Jim Thorson (James.Thorson), and Mark Maunder (mmaunder).
I’m also happy to point out several new papers demonstrating spatio-temporal analysis using FishStats models including:
1. Multispecies models for interactions using package MIST: http://onlinelibrary.wiley.com/doi/10.1002/ecy.1760/full
2. Showing improvement in assessment models given spatio-temporal index standardization using package SpatialDeltaGLMM: http://www.nrcresearchpress.com/doi/abs/10.1139/cjfas-2016-0137#.WRxln_nytaQ
3. Attributing distribution shift to climate and age-structured dynamics using package VAST: http://onlinelibrary.wiley.com/doi/10.1111/faf.12225/full
4. Synthesizing 10+ data sets to estimate distribution for input to ecosystem models using package SpatialDeltaGLMM: http://www.sciencedirect.com/science/article/pii/S016578361730111X
5. Standardizing fishery-dependent data while accounting for fisher targeting using package VAST: http://www.nrcresearchpress.com/doi/abs/10.1139/cjfas-2015-0598#.WRxnQvnytaQ
and the many exciting papers in the forthcoming CJFAS special issue on spatial stock assessment models.
Finally, Mark Maunder, Brice Semmens and I are organizing a CAPAM meeting in La Jolla for Feb. 26-March 2, 2018 on spatio-temporal models for analyzing compositional and fishery data! We look forward to hearing about the diverse work in this topic, and will organizing a special issue (maybe in ICES JMS).
Apologies for cross-posting but I would be grateful if you can consider
if you know anyone for the following open-ended post in my group and
circulate the advert please
PML has an open-ended position for a Bio-economic modeller to support
their Sea and Society group and its currently funded projects, and to
lead future development of aspects of economic modelling. They should
have skills and experience in at least one of the following areas:
•bio-economic modelling of fisheries and aquaculture
•economic modelling of ecosystem services and benefits
•bio-economic decision support tool development using probabilistic
graphical modelling/machine learning
Please find below a Postdoc announcement to be hosted in Ifremer, Brest.
IMPACT OF CLIMATE CHANGE ON ANCHOVY AND SARDINE POPULATIONS OF THE
NORTH-EAST ATLANTIC: A DEB-IBM MODELLING APPROACH.
The objective is the evaluation of the impact of climate change at the
horizon 2100 on the populations of anchovy and sardine in the Bay of
Biscay. This study will rely on mechanistic modelling at population
scale based on an Individual-Based Modelling (IBM) approach and on the
Dynamic Energy Budget (DEB) theory. Growth and reproduction will be
represented at the individual level throughout the life cycle, and
included in a population model to analyze the recruitment process, which
is key in the dynamics of these populations. This study is part of the
European H2020 CERES project. The environmental forcing will be
extracted from the coupled model POLCOMS-ERSEM from the project partner
Plymouth Marine Laboratory and will cover the period 1960-2099 under
different climate change IPCC scenarios. A first step will focus on
model calibration, especially the natural mortality parameters, on a
hindcast period impacted by fishery, as well as on validation using
abundance information. A second step will concern the analysis of the
specific response to climate change in the Bay of Biscay. Finally it is
suggested to consider other European regions of the current area of
distribution and investigate the regional trend of expansion or
retraction for the populations of both species.
Additional information is available at :
Innovative and highly motivated candidates with strong track records of research productivity are invited to apply for a Postdoctoral Associate position with the Center for Systems Integration and Sustainability (CSIS) at Michigan State University. The position will involve interdisciplinary research that integrates spatial, socioeconomic, and environmental sciences, with a focus on the operationalization of the telecoupling framework (socioeconomic and environmental interactions between coupled human-natural systems over distances, http:///www.telecoupling.org). The successful candidate will have opportunities to work and collaborate on one or more of the following tasks:
- Develop spatially-explicit models and tools to describe and quantify socioeconomic and environmental interactions between coupled human-natural systems
- Compile and collect socioeconomic and environmental data at local, regional, national, and international scales to quantify various factors affecting feedbacks between global food security and land use
- Analyze and synthesize multi-scale data to understand relationships among various factors to facilitate modeling of feedbacks between food security and land use
- Modify or integrate existing global trade modeling approaches (e.g. GTAP, PEATSim) into the telecoupling framework using data and analyses listed above to allow simulation of long-term consequences for land use and food security under various scenarios (e.g., various decisions and policy options regarding land use and food security, changes in population size, climate, urbanization, biofuel demand etc.)
This is an exciting opportunity to join a dynamic interdisciplinary group with collaborators in Brazil, China, UK, US, and other countries. Selected candidates will have a unique opportunity to develop and expand collaborations within the Center and across international research groups. Preferred applicants will already have an interdisciplinary background with experience integrating GIS with analytical approaches from the economic, social, geographic, ecological, or/and agricultural sciences; have some basic experience in spatial analysis/modeling and good programming skills (e.g. Python, R, or C++); and have excellent communication skills and a PhD in a related field (e.g., computer science and engineering, conservation, ecology, economics, geography, environmental science, international trade, land science, spatial science, systems modeling and integration). This position is initially for one year, renewable depending on performance and funding. A competitive salary and benefit package will be offered commensurate with experience.
Application materials should include: (1) letter of application, (2) statement of professional goals and research experiences/interests (e.g., how experiences and interests fit with the tasks listed above), (3) CV or resume, (4) transcripts (unofficial ones are OK initially), (5) list of 3-4 references (names and contact information), and (6) up to three representative publications, models or software programs developed by the applicant.
Applicants are encouraged to submit their application materials as soon as possible. Please visit https://jobs.msu.edu (using posting number 5169) for more information and application submission. Applications are welcome until a suitable candidate is identified. Reviews of applications will begin on April 25, 2017. Start date is relatively flexible. Questions can be emailed to:
Dr. Jianguo (Jack) Liu
Rachel Carson Chair
Michigan State University
Our lab is currently offering 1 postdoctoral position on fisheries bio-economic modelling on the EU-ERC Starting Grant<https://erc.europa.eu/funding-and-grants/funding-schemes/starting-grants> project CLOCK.
Please feel free to share the call among your team and peers. Detailed information is available here:
Thank you very much for circulating,
The Research School of Earth Sciences at the Australian National University invites applications for Postdoctoral Fellow (Level A) or Research Fellow (Level B) in ocean-sea ice modelling.
The Postdoctoral Fellow / Research Fellow is based in the Geophysical Fluid Dynamics (GFD) group to undertake research into the development and evaluation of global, high-resolution ocean and sea ice model configurations. The Postdoctoral/ Research Fellow is expected to liaise and collaborate with Consortium for Ocean-Sea Ice Modelling in Australia (COSIMA) partners to contribute the Australian research community through the research initiative of COSIMA consortium.
A PhD in physical oceanography, climate science, geophysical fluid dynamics or other relevant field is required as well as demonstrated experience in the modelling the ocean circulation and/or the coupled ocean-sea ice system.
For more information about this position please see the following link:
<http://jobs.anu.edu.au/cw/en/ job/515488/postdoctoral- fellow-research-fellow-in- oceansea-ice-modelling>
or contact Associate Professor Andy Hogg at andy.hogg
Classification: Postdoctoral Fellow (Level A) /Research Fellow (Level B)
Salary package: Academic Level A ($68,307 – $86,646) Academic Level B ($94,287 – $107,381) + 17% Superannuation
Terms: Continuing (contingent funded) appointment of three (3) years. The appointment may be extended subject to the availability of funding.
Dr Andy Hogg
Geophysical Fluid Dynamics
Research School of Earth Sciences
Australian National University
Professor Roland H. Lamberson
Emeritus Professor of Mathematics
Humboldt State University
Arcata, CA 95521
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