3 for Science on Labor Day

so I guess you may read them tomorrow, if you like. 😎

Biologists have studied an extreme gymnast of the animal kingdom, watching as it moves so quickly it appears to all but vanish.

The globular springtail (Dicyrtomina minuta) is a small but mighty bug that can backflip more than 60 times higher and 100 times longer than its own body length.

This tiny bug grows to only a couple of millimetres and can’t sting, bite, or fly its way out of danger. Instead, its preferred method of avoiding predators is to flip out so forcefully it seems to disappear! (snip-More on the page, with photos)

Next, a possible source of new antibiotics (and this brought Ten Bears to my mind, for some reason):

A study has found promising antibiotic candidates inside bacteria harvested from the deep Arctic Sea.

The research, by Finnish and Norwegian researchers, is published in Frontiers in Microbiology.

Antibiotic discovery has slowed in recent decades, which has exacerbated the risks of antibiotic resistance.

Most licensed antibiotics – about 70% – have been derived from a type of soil-dwelling bacteria called actinobacteria.

“For example, members of the Streptomyces genus produce several secondary metabolites, including clinically useful antibiotics such as tetracyclines, aminoglycocides and macrolides,” says corresponding author Dr Päivi Tammela, a professor at the University of Helsinki, Finland.

But soil isn’t the only place these bacteria can be found.

“Marine actinobacteria found in the sea, on the seafloor, or within the microbiome of marine organisms, have received far less attention as possible sources of antibiotics,” says Tammela. (snip-More on the page)

Then, an analysis for coal phase-out in Asia:

Countries in the Asia-Pacific region account for 76% of the world’s thermal coal power generation, and many of these plants will need to retire early to meet global emissions targets.

But according to a new analysis, it’s possible to phase these coal plants out and transition to renewable energy while investors still make money.

The study, done by Australian, Singaporean and Chinese researchers, is published in Energy Policy.

“There is a drive and interest from a number of different investors like the Asian Development Bank, but also private sector investors, to finance the early retirement coal fired power plants,” lead author Professor Christoph Nedopil Wang, director of Griffith University’s Asia Institute, tells Cosmos.

Nedopil and colleagues looked specifically at 6 Chinese-sponsored coal-fired power plants in Vietnam and Pakistan.

“With investors wanting to invest in, and ideally also providing lower cost financing for, green projects, refinancing of these coal fired power plants becomes possible at a lower cost,” says Nedopil.

The researchers modelled the future performance of these stations under a variety of financing and geoeconomic scenarios.

“That brought us to the conclusion that, depending on the age of the coal-fired power plant, we can retire these plants earlier than currently envisaged, while reducing the financing cost and therefore increasing enterprise value,” says Nedopil. (snip-More on the page)