Global ocean oscillations and climate change affect weather patterns in the Serengeti The Greater Mara-Serengeti experienced droughts, erratic rainfall and a 5 degree C temperature rise Date ...

In the Mezozoic period, 250 million years ago, South America was the middle part of the supercontinent Pangea, and the oscillation occurred in the Panthalassic Ocean to its west. The study shows ...

The interactions between global climate change and ocean oscillations – fluctuating cycles in wind and ocean temperatures – are impacting weather patterns in the Greater Mara-Serengeti ...

In the Mezozoic period, 250 million years ago, South America was the middle part of the supercontinent Pangea, and the oscillation occurred in the Panthalassic Ocean to its west. “The study shows that ...