Hana Jurikova

Jan 9, 2025 | theafricanmirror.africa | Hana Jurikova

AROUND 370 million years ago, Earth gradually descended into the longest-lived and probably the most intense ice age witnessed by complex life: the Late Palaeozoic ice age. At its peak, huge continental ice sheets spread across much of the globe and the sea level fell by more than 100 metres. In all, this ice age lasted around 100 million years.

Jan 8, 2025 | bizcommunity.com | Hana Jurikova |Oscar Berglund |Renee Bonorchis |Lindsey Schutters

Advertise your job vacancies2 days7 days30 daysBy Industry Show more Around 370 million years ago, Earth gradually descended into the longest lived and probably the most intense ice age witnessed by complex life: the Late Palaeozoic ice age. At its peak, huge continental ice sheets spread across much of the globe and the sea level fell by more than 100 metres. In all, this ice age lasted around 100 million years.

Jan 7, 2025 | phys.org | Hana Jurikova

Around 370 million years ago, Earth gradually descended into the longest lived and probably the most intense ice age witnessed by complex life: the Late Paleozoic ice age. At its peak, huge continental ice sheets spread across much of the globe and the sea level fell by more than 100 meters. In all, this ice age lasted around 100 million years.

Jan 6, 2025 | theconversation.com | Hana Jurikova

Around 370 million years ago, Earth gradually descended into the longest lived and probably the most intense ice age witnessed by complex life: the Late Palaeozoic ice age. At its peak, huge continental ice sheets spread across much of the globe and the sea level fell by more than 100 metres. In all, this ice age lasted around 100 million years.

Apr 27, 2023 | meetingorganizer.copernicus.org | Hana Jurikova

River ecosystems are superlatives in many respects. Their networks represent the largest biogeochemical nexus between the continents, oceans and atmosphere. River networks span multiple catchments, even biomes, and are highly dynamic in space and time. The world’s rivers contribute relatively little by areal extent, but their CO2 emissions are of the same magnitude as the CO2 sequestration flux by the world’s oceans.