12 evolution-"https:"-"https:"-"https:"-"https:"-"https:"-"Brown-University" Postdoctoral positions at Texas A&M AgriLife
Sort by
Refine Your Search
-
Listed
-
Field
-
crop improvement. The successful candidate will work on chromosome-scale genome assembly, gene annotation, structural variation discovery and development of genomics tools to accelerate breeding across
-
the Health Living Research team, create an Individual Development Plan in close collaboration with Dr. Rethorst, receive training in grant writing, and have opportunities for research dissemination through
-
and the Department of Horticultural Sciences, Texas A&M University. BCE program focuses on the development of breeding lines and cultivars of horticultural crops for controlled environments (CEs
-
separation, polymer dosing trials, and lagoon monitoring activities. Operate manure pumps, samplers, sensors, and related field equipment. ●10%: Extension and Outreach Support - Contribute to the development
-
of avian ecology, evolution, and conservation across space and time. The Animal Functional Ecology and Conservation Lab seeks to identify the functional mechanisms underlying the ecology and evolution
-
analysis and method development of bioactive compounds. Investigate changes in bioactive compounds during postharvest handling processes. Collaborate with industry partners and collect samples from various
-
initiatives related to biodiversity and conservation science. Support collaborative grant proposal development and reporting. Other duties as required. Required Education and Experience: Ph.D. in Ecology
-
. Responsibilities: Aid in the development and application of large scale modeling frameworks for water and crop management. Prepare and process large datasets for use in national model assessments conducted with SWAT
-
CONUS EPIC model into the current version of EPIC. Support the tool development (e.g., programs, macros, SQL queries) to systematically upgrade the geospatial and tools in the CONUS EPIC integrated with
-
impact of variety × irrigation timing × fertilizer application timing on cotton growth, development, and yield in the semi-arid Texas High Plains. The Texas High Plains account for nearly 40% of the U.S