Research Excellence

You can smell them a mile away; there’s no mistaking the smell of cows and their methane emissions.

The odor, of course, comes from tons of methane-spewing manure. Thanks to a multimillion-dollar grant from the California Strategic Growth Council’s competitive Climate Change Research Program, Professor Gerardo Diaz and his interdisciplinary team of UC Merced faculty will look to subdue that stench while also caring for the planet.

Technological advancements and a shift to interdisciplinary research have changed the way researchers can look at the past to help inform the future.

Find out how UC Merced is helping to lead the way: http://uc-merced.instantmagazine.com/public-relations/the-future-of-heritage-and-cultures/uc-merced/.

Imagine a cell phone you can fold up and carry in your wallet. When you drop it, nothing cracks or breaks, or if it does, it repairs itself. And when it’s time for an upgrade, the old phone will biodegrade instead of taking up space in a landfill.

Maybe you’d rather wear your laptop or tablet in the fibers of your clothes, or wear a monitor that provides constant data about your health but feels no different than your own skin.

All complex life evolves in alliance with, in defense of or in reaction to bacteria.

A new paper by UC Merced Professor Gordon Bennett demonstrates one of the novel ways the relationship can evolve and begins to repaint a picture that humans have only begun to understand.

The Earth is changing, and humans face major challenges if they hope to adapt, survive and preserve any semblance of the world as it is now.

Humans will need to create sustainable food, water and energy supplies; curb climate change; eliminate pollution and waste; and design efficient, healthy and resilient cities. To support these efforts, they will also need to enhance society’s ability and will to make informed decisions and act; and develop leaders who are prepared to address a sustainable future.

Clinicians searching for a new way to identify Valley fever patients who will develop the disease’s worst symptoms will find hope in a new paper by UC Merced Professor Katrina Hoyer .

Imagine exploring the cores of stars to understand — and ultimately control — the type of fusion that’s taking place.

High-energy density (HED) science is the study of properties and behavior of matter and radiation in extreme temperatures and pressures common to the deep interiors of the largest planets. It’s also the foundation of understanding fusion energy and high-energy astrophysical phenomena, and it’s happening at Lawrence Livermore National Laboratory, just 75 miles from UC Merced.

Psychology Professor Eric Walle ’s Interpersonal Development Lab will recruit local infants and mothers as an important and unique part of a large-scale study focusing on the development of young children.

Led by scientists at New York University and Pennsylvania State University, the Play and Learning Across a Year (PLAY) project involves 65 researchers across the United States and Canada and is funded by a $6 million grant from the National Institutes of Health.

If you’re an American with Internet access, you’ve probably done it. You get a headache, a sniffle or a mystery bruise, and instead of seeing your doctor, you consult “Dr. Google.”

According to some studies, more than 80 percent of Americans have used the Internet to “self-diagnose” health issues. UC Merced public health communication Professor Susana Ramirez’s new partnership with an eHealth startup aims to help people get quality information and find out what they do with it once they have it.

Forty million years after dinosaurs went extinct, one of the largest predators that ever prowled Earth’s oceans emerged, feeding the imaginations of modern scientists and the nightmares of modern movie audiences.

Megalodon — the name means ‘giant tooth’ — appeared some 23 million years ago and reigned the seas for about 21 million years. In 400 million years of shark evolution, megalodon is the most massive shark species that ever lived, growing to 60 feet long, or three times the size of the largest of today’s great whites.