Fukuoka, Japan - Compared with our own planet Earth, Mars might seem like a "dead" planet, but even there, the wind blows and the ground moves. On Earth, we study the ambient seismic noise rippling mainly due to ocean activity to peek underground at the structure of the Earth's interior. Can we do the same on Mars without ocean?

According to a new study by researchers at Kyushu University's International Institute for Carbon-Neutral Energy Research, we're closer than ever to achieving this goal.

Zinc (Zn) batteries have attracted more and more attention due to large volumetric capacity, abundance of Zn, and environmental friendliness. When the aqueous electrolytes are considered, Zn batteries provide a promising solution to safety hazards and economic challenges facing prevailing Li-ion batteries.

However, the currently available aqueous Zn electrolytes are far from ideal. Aqueous Zn batteries have been struggling with the rapid performance degradation arising from the poor reversibility of Zn anodes and the dissolution of cathodes.

Plants must constantly integrate information on the availability of water and nutrients or about the presence of pathogens to produce fruits and seeds for reproduction, heavily used for human consumption. Given the increasing threat of droughts and the requirements of sustainable plant protection it is important to better understand the molecular mechanisms behind the information processing of plants. So far, different plant hormones were known to trigger molecular signaling pathways that result in developmental transitions like fruit ripening or drought response.

The study states that failing to encourage tourists to do more on behalf of wildlife represents a missed opportunity for conservation. "We argue that the combination of emotional engagement and knowledge-driven action provided by wildlife-based tours will pave the way for a new area of conservation-oriented tourism" says Dr. Alvaro Fernández-Llamazares, the lead-author of the study from the University of Helsinki.

PROVIDENCE, R.I. [Brown University] -- When picturing dinosaur tracks, most people imagine a perfectly preserved mold of a foot on firm layer of earth. But what if that dinosaur was running through mud, sinking several inches -- or even up to their ankles -- into the ground as it moved?

Using sophisticated X-ray-based technology, a team of Brown University researchers tracked the movements of guineafowl to investigate how their feet move below ground through various substrates and what those findings could mean for understanding fossil records left behind by dinosaurs.

MADISON, Wis. -- Showing people how their peers feel about diversity in their community can make their actions more inclusive, make members of marginalized groups feel more like they belong, and even help close racial achievement gaps in education, according to a new study.

Drawing on strategies that have worked in anti-smoking, safe-sex and energy-saving campaigns, University of Wisconsin-Madison researchers decided to try to change behavior by showing people that positive feelings about diversity are the norm.

A new study of wildlife consumption in northern Laos by San Diego Zoo Global researchers found widespread use of products made from sun bears, Asiatic bears and serows--goat-like mammals found throughout Asia--among other vulnerable species. The findings indicate that efforts are needed to reduce the unsustainable harvest of bears and serows, in particular, "before this demand becomes a significant conservation challenge," the authors wrote.

MIAMI--A new study published in the Journal Environmental Pollution by researchers at the University of Miami (UM) Rosenstiel School of Marine and Atmospheric Science found that the Ultra Music Festival was likely stressful to toadfish.

An interdisciplinary team of researchers findings show that the fish experienced a significant stress response on the first day of the Ultra Music Festival in March 2019 on Virginia Key, Florida when there was elevated noise.

FLATHEAD LAKE - In a new study published in the scientific journal Ecology, researchers from the University of Montana's Flathead Lake Biological Station may have unlocked a mystery surrounding unique aquatic insects in the Flathead watershed.

July 1, 2020--More research must be done to investigate the role of air pollution on the epigenome in patients with interstitial lung diseases (ILDs), in order to develop strategies that minimize the effects of these pollutants, according to a new article published online in the American Thoracic Society's American Journal of Respiratory and Critical Care Medicine.

It is estimated that 15 million different species live on our planet, but only 2 million of them are currently known to science. Discovering new species is important as it helps to protect them. Furthermore, new species can also produce compounds that could lead to the development of new medicine.

hat can be processed at temperatures low enough to allow plastics to be coated. The team published their report in the journal Small, where it was featured as the cover story in the edition from 4 June 2020.

Study Gains New Insight Into Bacterial DNA Packing
By Julie Chao

When bacteria are put in different environments, such as one that is more acidic or anaerobic, their genes start to adapt remarkably quickly. They're able to do so because the proteins making up their chromosome can pack and unpack rapidly. Now, a Berkeley Lab-led team of researchers has been able to capture this process at the molecular level using advanced imaging techniques, a discovery that could eventually enable scientists to develop strategies to control microbial behavior.

A radar signature may help distinguish which severe storms are likely to produce dangerous tornadoes, potentially leading to more accurate warnings, according to scientists.

"Identifying which storms are going to produce tornadoes and which are not has been a problem meteorologists have been trying to tackle for decades," said Scott Loeffler, a graduate student in the Department of Meteorology and Atmospheric Science at Penn State. "This new research may give forecasters another tool in their toolbox to do just that."

Nature is full of colors, from the radiant shine of a peacock's feathers or the bright warning coloration of toxic frogs to the pearl-white camouflage of polar bears.

Usually, fine structural detail necessary for the conservation of color is rarely preserved in the fossil record, making most reconstructions of the fossil based on artists' imagination.

A research team from the Nanjing Institute of Geology and Palaeontology of the Chinese Academy of Sciences (NIGPAS) has now unlocked the secrets of true coloration in the 99-million-year-old insects.