Skip to main content

PhD position PhD in seasonal prediction of harmful algaeblooms Nansen Environmental and Remote Sensing Center

PhD position PhD in seasonal prediction of harmful algaeblooms Nansen Environmental and Remote Sensing Center




The Nansen Center is an independent non-profit research foundation located in Bergen, Norway. We conduct multidisciplinary research with a focus on the marine environment, cryosphere and atmosphere, where scientific activities are closely integrated with innovation and service development. The Arctic is one of our main areas of attention.
NERSC takes an active part in training and capacity building for students and young scientists, as well as dissemination to stakeholders in public and private sector and society in general.
The Nansen Center is an international workplace with some 70 employees from 24 nations.
The Doctoral fellowship position
The Nansen Center has a vacancy for a Doctoral fellowship (PhD candidate) in the field of climate prediction. The position is an institute-defined PhD topic, which is fully funded by the Research Council of Norway for a three-year period. The candidate will be employed at NERSC and formally complete the doctoral degree at the University of Bergen.
NERSC introduced the Ensemble Kalman Filter (EnKF) data assimilation method in the 1990s and has maintained its further theoretical development and application, including combination of data assimilation with machine learning. The center develop and maintain two state-of-the-art prediction systems: The Earth System seasonal-to-decadal predictions with the Norwegian Climate Prediction Model (NorCPM) and the real-time ocean and sea ice forecasting system for high latitudes within the European Copernicus Marine Environmental Monitoring Services.
The candidate will focus on research for the identification of harmful environmental conditions related to ocean fisheries and aquaculture. The candidate will analyse in-situ, satellite observations and model simulations and explore the use of machine learning techniques to predict the risks of occurrence of harmful algae bloom in Norway at sub-seasonal to seasonal time scales. The prediction scheme will be fed by existing dynamical climate predictions (e.g NorCPM, C3S) and real-time ocean colour satellite data.
The candidate will be supervised by Dr. François Counillon who has expertise on data assimilation and climate prediction and Dr. Julien Brajard who has expertise on machine learning and remote sensing.
Qualifications
For ranking of qualified candidates, the following criteria will be evaluated:
A master´s degree or equivalent (eligible for registration as a PhD candidate at University of Bergen) in applied mathematics, Earth system science, physics, engineering, or computer science is required
Experience with machine learning and/or data assimilation is a strong asset
Knowledge in oceanography, biogeochemistry or climate dynamics would be beneficial
Good skills in programming and data analysis software is expected
Good written and oral communication skills in English
Personal Qualities
We are seeking a highly motivated candidate with excellent problem resolving skills and who will actively participate in and cooperate with our scientists. The candidate will gain experience from a research institute as well as the formal university education.
We offer
Interesting and challenging tasks
Supervision by acknowledged professionals within data assimilation, machine learning, remote sensing and data analysis
Work in a research-intensive, international, informal, and social academic work environment
Salary and social benefits according to national regulations for doctoral fellowships
Access to supercomputing facilities
Information
For further information about the position, please contact
Dr. François Counillon for scientific questions: e-mail: Francois.counillon@nersc.no, tlf: 99351953
Head of Administration Christine Sivertsen for administrative issues: e-mail: Christine.sivertsen@nersc.no, tlf: 90788115.
Submission deadline: August 1st, 2020
Areas of Research
Atmospheric Physics & Meteorology
Fisheries & Aquaculture
Marine Biology



....


Vineesh V
Assistant Professor of Geography,
Directorate of Education,
Government of Kerala.
https://g.page/vineeshvc
🌏🌎
🌐🌍

Comments

Popular posts from this blog

History of Geography.

Chronological sequence and categorized by era and region. I. Introduction & Etymology •  Etymology : The term "Geography" derives from the Greek γεωγραφία (geographia) , meaning "Earth-writing" (description or writing about the Earth). •  First Use : Eratosthenes (276–194 BC) was the first person to use the word. •  Pre-Term Practices : Recognizable geographic practices like cartography (map-making) existed prior to the coining of the term. II. Antiquity & Ancient Civilizations 1. Ancient Egypt (Pre-Classical) •  Cosmology : Ancient Egyptians viewed the Nile as the center of the world, with existence based upon "the" river. •  Geographical Knowledge : •  Oases : Known to the east and west, considered locations of various gods (e.g., Siwa for the god Amon ). •  Kushitic Region : Lay to the south, known as far as the 4th cataract . •  Punt : A region located south a...

Building Topology in GIS, Data Query in GIS, Geoprocessing and Automation in GIS

A Geographic Information System (GIS) is more than a digital mapping tool. It is a comprehensive system for capturing, storing, managing, analysing, querying, and visualising spatial (geographic) and non-spatial (attribute) data . To maintain accurate spatial data and perform advanced analyses, GIS relies on three important concepts: Building Topology Data Query Geoprocessing and Automation These concepts ensure data integrity, efficient data retrieval, and automated spatial analysis , making GIS an indispensable tool in geography, environmental science, urban planning, disaster management, transportation, agriculture, and resource management. 1. Building Topology in GIS Topology is the mathematical and logical framework that defines the spatial relationships between geographic features such as points, lines, and polygons. It ensures that spatial data maintain correct geometric relationships even after editing or analysis. Simple Definiti...

Development of Health Geography

Health Geography (formerly Medical Geography ) is the branch of geography that studies the relationship between health, disease, environment, place, and healthcare systems . The discipline has evolved over more than 2,500 years through contributions from physicians, geographers, epidemiologists, microbiologists, and public health experts. The development of Health Geography can be divided into the following periods: Ancient Period Medieval Period Renaissance and Pre-Modern Period Nineteenth Century (Pre-World War Era) World War Period Post-World War Period Modern Health Geography 1. Ancient Period (5th Century BC – 500 AD) Characteristics Health closely linked with the natural environment. Diseases explained through climate, water, air, and seasons. No knowledge of microorganisms. Medical observations were descriptive. Major Concepts Environmental Determinism Disease Ecology Climate and Healt...

Nature and Scope of Geography

Geography is the scientific study of the Earth's surface, its physical features, human populations, and the interactions between people and their environment. The word Geography is derived from the Greek words Geo (Earth) and Graphien (to describe or write), meaning "description of the Earth." Modern geography goes far beyond description; it seeks to explain where phenomena occur, why they occur there, how they are spatially distributed, and how they change over time. Geography is regarded as a spatial science , an environmental science , and an integrative discipline because it bridges natural sciences, social sciences, and geospatial technologies. Nature The nature of geography refers to the characteristics and fundamental features that define the discipline. 1. Geography as a Spatial Science Terminology: Spatial Science A discipline concerned with the location, distribution, arrangement, organization, and interaction of phenomena in ...

geography as a science - place of geography in classification of sciences

Geography is the scientific study of the Earth , its physical features , human activities , and the relationships between people and the environment . It answers four basic questions: What is found? Where is it located? Why is it there? How does it interact with other places? Why is Geography Called a Science? Geography is a science because it: Observes natural and human phenomena. Collects and analyzes data. Uses scientific methods. Explains spatial patterns and relationships. Uses modern tools such as GIS , Remote Sensing , GPS , and Artificial Intelligence (AI) . Place of Geography in the Classification of Sciences Geography is unique because it belongs to more than one branch of science . Branch of Science Role of Geography Natural Science Studies landforms, climate, soils, water, vegetation, and ecosystems. ...