A student and I wrote an article about #neurodiversity in the #EarthSciences.
We use the work of #MarciaBjornerod (which we both like a lot) to show how easily ableist discourse seeps into the discipline, and how important it is to address this.
Does anyone have any suggestion for where we could maybe publish it?
Interest in icy moons has been growing steadily as they become more and more interesting to astrobiologists. Some take the majority of the attention, like Enceladus with its spectacular geysers. But there are interesting ones that might be hiding amongst even thicker ice shells in the Uranian system. A new paper published in Icarus from researchers at the Planetary Science Institute, Johns Hopkins University, and the University of North Dakota, looks at what Ariel, the fourth biggest moon in the Uranian system, might look like under its icy surface.
Interest in icy moons has been growing steadily as they become more and more interesting to astrobiologists. Some take the majority of the attention, like Enceladus with its spectacular geysers. But there are interesting ones that might be hiding amongst even thicker ice shells in the Uranian system. A new paper published in Icarus from researchers at the Planetary Science Institute, Johns Hopkins University, and the University of North Dakota, looks at what Ariel, the fourth biggest moon in the Uranian system, might look like under its icy surface.
Interest in icy moons has been growing steadily as they become more and more interesting to astrobiologists. Some take the majority of the attention, like Enceladus with its spectacular geysers. But there are interesting ones that might be hiding amongst even thicker ice shells in the Uranian system. A new paper published in Icarus from researchers at the Planetary Science Institute, Johns Hopkins University, and the University of North Dakota, looks at what Ariel, the fourth biggest moon in the Uranian system, might look like under its icy surface.
KAUST researchers discovered that the Red Sea experienced a massive disruption 6.2 million years ago, completely transforming its marine life. Researchers at King Abdullah University of Science and Technology (KAUST) have confirmed that the Red Sea once completely dried up around 6.2 million years ago, only to be suddenly refilled by a catastrophic influx of [...]
KAUST researchers discovered that the Red Sea experienced a massive disruption 6.2 million years ago, completely transforming its marine life. Researchers at King Abdullah University of Science and Technology (KAUST) have confirmed that the Red Sea once completely dried up around 6.2 million years ago, only to be suddenly refilled by a catastrophic influx of [...]
Earth has already exceeded its ability to support the global population sustainably, with new research warning of increasing pressure on food security, climate stability, and human well-being. However, slowing population growth and raising global awareness could still offer humanity some hope.
Scientific Frontline
Misha
purescience_news
PostSapiens