Dear Colleagues,
There are three open Postdoctoral positions at the University of California, Davis:
1 Position - Managed Aquifer Recharge
Drs. Scott Bradford
(Research Leader of the USDA, ARS, Sustainable Agricultural Water Systems Unit)
and Helen Dahlke (Associate Professor in the Department of Land, Air, and Water
Resources at the University of California, Davis) seek to hire a postdoc with a
background in Soil Physics, Hydrology, Civil or Environmental Engineering to
work on Managed Aquifer Recharge in the Central Valley, CA. The goal of
this research is to evaluate the independent and joint use of flooding of
agricultural lands and drywells to optimize stormwater capture, groundwater
recharge, and water quality. This research will involve field studies,
laboratory analysis, and vadose zone modeling of flow and transport. Experience
in these areas as well as the use of vadose zone models such as HYDRUS or iTOUGH
is highly desirable. The selected candidate will be hired through the
University of California in Davis (UC Davis), but will work at the USDA
facility. Details about salary and benefits for UC Davis postdocs is given at
https://www.ucop.edu/academic-personnel-programs/_files/2021/2021-postdoc-salary-scales/t23.pdf and
https://hr.ucdavis.edu/employees/benefits/post-doc-scholars, respectively.
2 Positions - Geophysics
The
Department of Land, Air and Water Resources at the University of California,
Davis seeks to hire two postdocs in conjunction with the Sustainable
Agricultural Water Systems (SAWS) Unit of the Agricultural Research Service at
the US Department of Agriculture. The hired postdocs will focus on problems
related to assessing and monitoring flood-managed aquifer recharge sites in
California’s Central Valley, with potential to expand into other related areas
using geophysics for groundwater management. The postdocs will work as part of
an interdisciplinary team of scientists at UC Davis and the SAWS unit,
including geophysicists, hydrogeologists, soil physicists, and agricultural
scientists.
The first
postdoc will focus on targeting subsurface sampling strategies based on
geophysical data to characterize subsurface heterogeneity. Ground-truth data is
essential to quantitatively interpreting geophysical models and our goal is to
develop and optimize sampling strategies. The postdoc will employ ground-based
electrical resistivity models (e.g. time-domain EM and electrical resistivity
tomography) in a geostatistical framework to select sites for subsurface sampling
using methods (e.g. soil-core extraction, cone penetrometer testing and
geophysical logging methods) and to target infiltration experiments. We seek an
individual with a strong background in geostatistics, some experience with
field data acquisition, and training in either soil physics or near-surface
geophysics. Any experience linking geophysical and hydrogeological parameters
is a plus.
The second
postdoc will direct their research toward linking geophysical and
hydrogeological measurements in order to parameterize 3D groundwater models
with the goal of characterizing flow and transport processes within the
unsaturated zone. This encompasses the development of rock physics transforms
to translate geophysical parameters to hydrogeological parameters as well as
joint geophysical and hydrogeological inversion. Quantification of uncertainty
due to inversion and the links between geophysical and hydrogeological
parameters will be an important component of the postdoc’s efforts. We are
particularly interested in candidates with strong computational backgrounds and
with experience in time-domain EM and electrical resistivity tomography geophysics.
Details about salary and benefits
for UC Davis postdocs is given at https://www.ucop.edu/academic-personnel-programs/_files/2021/2021-postdoc-salary-scales/t23.pdf and https://hr.ucdavis.edu/employees/benefits/post-doc-scholars, respectively. Interested
candidates should email their resumes to Scott.B...@usda.gov and hda...@ucdavis.edu. Resumes will be accepted until the positions
have been filled.
Best regards,
Lydia