Sort by
Refine Your Search
-
to develop and work with hydrogeochemical models. The modeling phase requires the candidate to develop 2D/3D numerical models to simulate complex mechanisms in PFAS fate and transport in groundwater layers
-
Environmental Engineering, Mechanical Engineering, Architectural Engineering, Energy Engineering, or a closely related field Minimum Requirements A Ph.D. in a relevant discipline Academic excellence and research
-
position, with the possibility of renewal based on performance & funding availability. The Costa Lab focuses on uncovering the molecular mechanisms underlying neurodegeneration, with a strong emphasis on
-
populations within species, as well as across species, to clarify proximate and ultimate mechanisms underlying observed plasticity in thermal reaction norms in reptiles with TSD. The post-doctoral mentoring
-
investigator (Betsy Sneller). We especially invite applicants with a record of success in both sociolinguistics and K-12 Education, as working with schools is a critical component of this position. There are no
-
mechanisms of disease progression. Improve overall human and animal health through identification of novel therapeutic targets and treatments. Train future scientists in state of the art physiology concepts
-
Materials Science, Electrical and Computer Engineering, Mechanical Engineering, Entomology, Plant Sciences, or Biochemistry and Molecular Biology based on existing strengths and capabilities and the
-
, greenhouse, and field scales. Research activities include, but not limited to, analytical method development, data collection from experiments and analysis, elucidation of fundamental mechanism, writing
-
analytics, and internet of things (IoT), with emphasis on automation and mechanization in crop and animal production systems and management. Successful candidates also must be able to demonstrate training
-
factors and molecules that promote health and disease. Understand mechanisms of disease progression. Improve overall human and animal health through identification of novel therapeutic targets and