Wayne Getz

Wayne M. Getz

Title
Professor of the Graduate School
Department
Dept of Environmental Science, Policy & Management
Faculty URL
https://ourenvironment.berkeley.edu/people/wayne-marcus-getz
Research Group
http://nature.berkeley.edu/getzlab/
Email
wgetz@berkeley.edu
Phone
(510) 642-8745
Fax
(510) 643-1227
 
Search UC Berkeley Directory
Research Expertise and Interest
Africa, disease ecology, wildlife conservation, resource management
Research Description

Students and postdoctoral students in my laboratory work on a broad range of theoretical and applied questions in population and biology with application to epidemiology and conservation biology.

Current Projects

At this time projects in my laboratory include:

(i) Appropriate Complexity Modeling of Biological Systems, computational population biology and development of the Nova modeling building platform.

(ii) Disease Ecology with a focus on zoonotic diseases.

(iii) Movement Ecology: exploring the causes, patterns, mechanisms and consequences of organism movements.

In the News

Australian black flying fox
February 10, 2020

Coronavirus outbreak raises question: Why are bat viruses so deadly?

It’s no coincidence that some of the worst viral disease outbreaks in recent years — SARS, MERS, Ebola, Marburg and likely the newly arrived 2019-nCoV virus — originated in bats. A new University of California, Berkeley, study finds that bats’ fierce immune response to viruses could drive viruses to replicate faster, so that when they jump to mammals with average immune systems, such as humans, the viruses wreak deadly havoc.
A photo of a Neanderthal skull against a black background
November 20, 2019

Deadly human diseases may have killed off the Neanderthals

For tens of thousands of years, modern humans and Neanderthals lived side-by-side in the region where Africa meets Eurasia. And then, some 40,000 years ago, our evolutionary cousins suddenly went extinct, leaving us as the only human species surviving on the planet. The sudden disappearance of the Neanderthals has remained somewhat of a mystery to scientists, but a new study, led by researchers at Stanford University and co-authored by researchers at UC Berkeley and the Hebrew University of Jerusalem, suggests that deadly diseases carried by modern humans may have been what ultimately led to their demise.
Schistorchis stenosoma
January 12, 2017

Climate change could kill off parasites, destabilizing ecosystems

Photogenic animals, from polar bears to people, aren’t the only creatures under threat from global climate change. A new review led by UC Berkeley suggests the phenomenon threatens parasites with extinction, which could have big consequences for ecosystems.
January 11, 2011

Wildlife biologists put dogs' scat-sniffing talents to good use

UC Berkeley biologists have harnessed dogs' natural talent for sniffing out the scat of other animals for a good cause. With the help of Working Dogs for Conservation, a Montana-based nonprofit organization, researchers are fine-tuning the use of dogs as a non-invasive tool for wildlife studies and management.

September 1, 2010

Ecology and epidemiology in the age of GPS

Berkeley professor Wayne Getz uses global positioning technology, along with his background in mathematics, to help conserve zebra, buffalo and other animals in his native South Africa. In the process, he is helping to train the next generation of African-born ecologists.

Latest News

Coronavirus outbreak raises question: Why are bat viruses so deadly?
Deadly human diseases may have killed off the Neanderthals
Climate change could kill off parasites, destabilizing ecosystems
See all

Update Faculty Profile

Update your profile

In the News

Australian black flying fox
February 10, 2020

Coronavirus outbreak raises question: Why are bat viruses so deadly?

It’s no coincidence that some of the worst viral disease outbreaks in recent years — SARS, MERS, Ebola, Marburg and likely the newly arrived 2019-nCoV virus — originated in bats. A new University of California, Berkeley, study finds that bats’ fierce immune response to viruses could drive viruses to replicate faster, so that when they jump to mammals with average immune systems, such as humans, the viruses wreak deadly havoc.
A photo of a Neanderthal skull against a black background
November 20, 2019

Deadly human diseases may have killed off the Neanderthals

For tens of thousands of years, modern humans and Neanderthals lived side-by-side in the region where Africa meets Eurasia. And then, some 40,000 years ago, our evolutionary cousins suddenly went extinct, leaving us as the only human species surviving on the planet. The sudden disappearance of the Neanderthals has remained somewhat of a mystery to scientists, but a new study, led by researchers at Stanford University and co-authored by researchers at UC Berkeley and the Hebrew University of Jerusalem, suggests that deadly diseases carried by modern humans may have been what ultimately led to their demise.
Schistorchis stenosoma
January 12, 2017

Climate change could kill off parasites, destabilizing ecosystems

Photogenic animals, from polar bears to people, aren’t the only creatures under threat from global climate change. A new review led by UC Berkeley suggests the phenomenon threatens parasites with extinction, which could have big consequences for ecosystems.
January 11, 2011

Wildlife biologists put dogs' scat-sniffing talents to good use

UC Berkeley biologists have harnessed dogs' natural talent for sniffing out the scat of other animals for a good cause. With the help of Working Dogs for Conservation, a Montana-based nonprofit organization, researchers are fine-tuning the use of dogs as a non-invasive tool for wildlife studies and management.

September 1, 2010

Ecology and epidemiology in the age of GPS

Berkeley professor Wayne Getz uses global positioning technology, along with his background in mathematics, to help conserve zebra, buffalo and other animals in his native South Africa. In the process, he is helping to train the next generation of African-born ecologists.

Loading Class list ...
.