All about PhD Position, PhD Studentship, and PhD Scholarship
29 Jan
Graduate and post-doctoral fellowships in ocean observation, modeling and data assimilation are available at Dalhousie University through a newly funded NSERC Strategic Network Grant (SNG). The SNG builds on the Ocean Tracking Network, a global, $168-million conservation project, which is conducting the world’s most comprehensive and revolutionary examination of the movement of marine life and its relationship to changing ocean conditions (http://oceantrackingnetwork.org).
We are currently seeking six graduate and three post-doctoral fellows with strong quantitative abilities who will participate in the implementation of an integrated observation and modeling system. The system will include cutting-edge ocean measurements (through sensors on ocean gliders, moorings and animals), physical and biological models, and advanced data assimilation, and is funded through the SNG. The initial geographic focus is the Northwest Atlantic Ocean and adjacent shelf seas.
An expression of interest should be accompanied by a curriculum vitae, transcripts (unofficial are acceptable for now) and a brief statement of research interests and goals. Consideration of applications will begin immediately and continue until positions are filled. Post-doctoral fellowships are for one year initially with possible extension to up to 3 years based on satisfactory performance.
Fellowships are located at Dalhousie University’s Oceanography Department (http://oceanography.dal.ca) in Halifax, Nova Scotia, Canada.
One Response for "Graduate & Postdoc Fellowships in Ocean Observation, Modeling and Data Assimilation, Dalhousie University, Canada"
Dear Prof.
I’m looking forward to have a Post-Doctor fellowship in your lab in plant pathology.
I’m holding bachelor’s degree in plant pathology from faculty of Agriculture 1995 and Master’s degree in integrated disease management from Cairo University 2002 in Egypt. I’m working in The high Technology of Disease Forecasting and Early Warning project in Agriculture Research Center in Egypt (please see my C.V.), master title “Integrated Disease Management of Downy Mildew on Cucurbits”. In this master I was used a combination of some agriculture practices, induce resistance by using chemical non-fungicides and chemical control throughout application of plant disease forecasting system of Peseudoperonospora cubensis causing cucumber downy mildew. By this work I save to farmers a lot of money and save to people healthy crops empty of the harmful effect of fungicide. Farmer can spry the effective fungicides only if the pathogen has present and weather conditions are favorable for pathogen. The same objective was applicable in Ph.D. protocol “Integrated Disease Management of powdery mildew Leveillula taurica on Tomato” throughout induce resistance by using salts like sodium and potassium carbonate and bicarbonate, using some microelements like Fe, Mn and Zn, also applied of Chitosan to reduce the losses of pathogen and chemical control throughout, application of plant disease forecasting system.
With my kind regards
Magdi Emam
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