EARTH & OCEAN SCIENCES

||EARTH & OCEAN SCIENCES
EARTH & OCEAN SCIENCES 2019-01-07T11:59:54-07:00

Email: jojcampb@ucsc.edu, elliott.campbell@ucsc.edu
Website: Campbell Lab
Phone: (831) 854-7948

Dr. Elliott Campbell is an Associate Professor and the Stephen R. Gliessman Presidential Chair in Water Resources and Food System Sustainability in the Environmental Studies Department at UC Santa Cruz. Dr. Campbell’s research emphasizes the use of regional and global models to extrapolate from small-scale field measurements to policy-relevant spatial scales, particularly within the context of agroecology and global biogeochemical cycles. This work has led to his CAREER award from the National Science Foundation, appearances in media ranging from NPR to The Economist, and consultations to the U.S. EPA and other government agencies. He serves on the Associate Editorial Board at Frontiers in Ecology and the Environment and the faculty advisory committee at the University of California President’s Postdoctoral Fellowship Program.  Dr. Campbell received his BS and MS from Stanford University and his PhD from the University of Iowa, and completed a postdoctoral fellowship at the Carnegie Institution for Science.

Dr. Edwards uses ocean models to investigate dynamics of the coastal ocean, including the physical circulation, ocean ecosystem processes, and mechanisms for larval transport with implications for marine population connectivity.  He is also interested in ocean state estimation and data assimilation methods and their applications in the coastal ocean.

Email: afisher@ucsc.edu
Website: UCSC Hydrology
Phone: 831-459-5598

Projects that occupy much of Andy’s time these days involve development of tools and methods to develop and run managed aquifer recharge (MAR) systems, to simultaneously benefit both water supply and water quality objectives. Enhancements to water supply will help to reduce groundwater overdraft, contributing to reductions in the extent of subsidence, seawater intrusion, loss from critical surface reservoirs (including streams, lakes, and wetlands), and associated damage to fragile and valuable ecosystems. MAR operations can be run as part of a regional strategy, generating significant benefits to water managers, regulators, stakeholders, and aquatic ecosystems by shifting resource use patterns on the basis of (often unpredictable) availability; this characteristic will become increasingly important in coming decades as climate changes force modification of resource availability and use patterns. Many studies of MAR systems have focused on physical aspects of their operation, particularly causes and impacts of clogging. We are also working on quantitative reduction to nitrate loads during MAR, and evaluating links between microbial activity and nitrate removal. Improvements to water quality during MAR operations have been documented in a few cases, but mechanisms and controls on associated processes are poorly understood. We are also completing a regional mapping and modeling study of potential to link stormwater collection with MAR, and are developing new field sites where this approach can be applied and benefits can be verified. These projects apply novel technologies and techniques, connect UCSC to the broader community, and provide opportunities for training of the next generation of water resource specialists. Fisher has also collaborated on studies of submarine groundwater discharge, relations between river flooding and wetland enhancement, quantifying rates of surface-subsurface exchange below streams, and links between sediment load and reductions in groundwater recharge.

Email: griggs@ucsc.edu
Website: ims.ucsc.edu
Phone: 831-459-5006

Gary Griggs’ research in the coastal zone ranges from coastal evolution and development, through shoreline processes, coastal hazards and coastal engineering, and sea-level rise. Recent research has focused on coastal erosion processes including temporal and spatial variations in rates of retreat; evaluating the effectiveness of coastal protection structures and the impacts of coastal engineering structures (seawalls, jetties, breakwaters) on coastlines; quantifying littoral cell budgets and human impacts; effects of extreme events such as El Ninos) on coastlines; the impacts of sea-level rise on California’s beaches and coastline; and coastal policies to adapt to and reduce the impacts of sea-level rise and other coastal hazards in order to develop more sustainable communities.

Email: plkoch@ucsc.edu
Website: Koch Lab
Phone: 831-459-4161

Paul’s research focuses on vertebrate paleoecology and evolution, which he places in environmental context through reconstruction of ancient ecosystems and climates. His work often includes biogeochemical analysis of animal tissues (teeth, bones, fur, skin, etc.) or environmental samples (soil minerals, fossil plants, etc.).

Email: kudela@ucsc.edu
Website: http://oceandatacenter.ucsc.edu/home/
Phone: 831-459-3290

The Kudela lab is a key partner of the Central and Northern California Ocean Observing System (CeNCOOS), a national framework of integrated coastal observing systems covering coastal areas throughout the United States. The lab uses traditional and novel methods to monitor water quality and phytoplankton population dynamics in Monterey Bay. Part of the goal of CeNCOOS is to make this research readily available to the public, including timely information about algal blooms and ocean acidification. Recent projects in the Kudela Lab include developing guidelines for treatment of Pinto Lake (in collaboration with the Central Coast Water Board) and development of a Nutrient Assessment Framework for San Francisco Bay. Both project focus on the interplay of nutrient loading, harmful algae, and water quality, focusing on the link between terrestrial watersheds and the coastal ocean.

Email: apaytan@ucsc.edu
Website: Paytan Biogeochemisty Lab
Phone: (831)-459-1437

Adina’s principal research interests lie in the fields of biogeochemistry, chemical oceanography and paleoceanography.  The goal of her research is to use the chemical and isotopic records enclosed in a wide range of earth materials to study present and past biogeochemical processes. This research spans a wide range of temporal (seasons to millions of years) and spatial (molecular to global) scales.  An over-arching goal of this research is to understand the processes and feedbacks operating in the Earth System and how they relate to global changes in climate and tectonics as well as natural and anthropogenically induced perturbations that affect biogeochemical processes and their impact on humans and the environment.

Translate! »