#earthsystemscience — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #earthsystemscience, aggregated by home.social.
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Im Rahmen des NFDI4Earth Incubators hat Yu Feng das Projekt „PhenoMapping“ vorgestellt. Dabei geht es um eine visuelle Plattform zur Erschließung, #Visualisierung und #Verifikation historischer phänologischer Daten aus Archivquellen. Am Beispiel bayerischer Daten aus den Jahren 1855/56 konnte gezeigt werden, wie solche historischen Beobachtungen für Forschung zu #Klimawandel, #Biodiversität und #EarthSystemScience besser nutzbar gemacht werden können.
@nfdi4earth
https://www.nfdi4earth.de/?view=article&id=447:nfdi4earth-plenary-2026-recap&catid=12
#mainz -
Im Rahmen des NFDI4Earth Incubators hat Yu Feng das Projekt „PhenoMapping“ vorgestellt. Dabei geht es um eine visuelle Plattform zur Erschließung, #Visualisierung und #Verifikation historischer phänologischer Daten aus Archivquellen. Am Beispiel bayerischer Daten aus den Jahren 1855/56 konnte gezeigt werden, wie solche historischen Beobachtungen für Forschung zu #Klimawandel, #Biodiversität und #EarthSystemScience besser nutzbar gemacht werden können.
@nfdi4earth
https://www.nfdi4earth.de/?view=article&id=447:nfdi4earth-plenary-2026-recap&catid=12
#mainz -
Monday's early-career presenters at #AGU23 in San Francisco, California.
*Aube Gourdeau*
T11D-0188 An Ongoing Search for Active Faults in the Western Quebec Seismic Zone, Eastern Canada
Mid-day posters, Monday*Jillian Kendrick*
V13C-0134 Chloritoid as an Indicator of Metasomatic Processes in Archean Greenstone Belts
Evening posters, Monday#McGillUniversity #GeoScience #Seismology #Archean #Geology #EarthSystemScience
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Monday's early-career presenters at #AGU23 in San Francisco, California.
*Aube Gourdeau*
T11D-0188 An Ongoing Search for Active Faults in the Western Quebec Seismic Zone, Eastern Canada
Mid-day posters, Monday*Jillian Kendrick*
V13C-0134 Chloritoid as an Indicator of Metasomatic Processes in Archean Greenstone Belts
Evening posters, Monday#McGillUniversity #GeoScience #Seismology #Archean #Geology #EarthSystemScience
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The ground we live on is the top of a moving rock area that is really hot. The ground we live on is broken up into little rocks. Sometimes the little rocks move on top of each other. This makes the rocks get really tall. Sometimes one goes under the other one. The under rock gets really hot and becomes the moving rock under the ground. The moving rock under us sometimes comes up through the ground making new hot rock. [J. G.]
#PlateTectonics #UpGoer5 #EarthSystemScience #McGillUniversity -
The ground we live on is the top of a moving rock area that is really hot. The ground we live on is broken up into little rocks. Sometimes the little rocks move on top of each other. This makes the rocks get really tall. Sometimes one goes under the other one. The under rock gets really hot and becomes the moving rock under the ground. The moving rock under us sometimes comes up through the ground making new hot rock. [J. G.]
#PlateTectonics #UpGoer5 #EarthSystemScience #McGillUniversity -
The ground we live on is the top of a moving rock area that is really hot. The ground we live on is broken up into little rocks. Sometimes the little rocks move on top of each other. This makes the rocks get really tall. Sometimes one goes under the other one. The under rock gets really hot and becomes the moving rock under the ground. The moving rock under us sometimes comes up through the ground making new hot rock. [J. G.]
#PlateTectonics #UpGoer5 #EarthSystemScience #McGillUniversity -
The ground we live on is the top of a moving rock area that is really hot. The ground we live on is broken up into little rocks. Sometimes the little rocks move on top of each other. This makes the rocks get really tall. Sometimes one goes under the other one. The under rock gets really hot and becomes the moving rock under the ground. The moving rock under us sometimes comes up through the ground making new hot rock. [J. G.]
#PlateTectonics #UpGoer5 #EarthSystemScience #McGillUniversity -
The ground we live on is the top of a moving rock area that is really hot. The ground we live on is broken up into little rocks. Sometimes the little rocks move on top of each other. This makes the rocks get really tall. Sometimes one goes under the other one. The under rock gets really hot and becomes the moving rock under the ground. The moving rock under us sometimes comes up through the ground making new hot rock. [J. G.]
#PlateTectonics #UpGoer5 #EarthSystemScience #McGillUniversity -
Another group of #EarthSystemScience #UpGoer5 Change that happens quickly and continues to grow. The growing that happens begins to happen faster and faster than it did at the start. The number of people in the world is a good way to understand this. It grows faster and faster than it did before. [K. A.]
#ExponentialGrowth #McGillUniversity -
Another group of #EarthSystemScience #UpGoer5 Change that happens quickly and continues to grow. The growing that happens begins to happen faster and faster than it did at the start. The number of people in the world is a good way to understand this. It grows faster and faster than it did before. [K. A.]
#ExponentialGrowth #McGillUniversity -
Another group of #EarthSystemScience #UpGoer5 Change that happens quickly and continues to grow. The growing that happens begins to happen faster and faster than it did at the start. The number of people in the world is a good way to understand this. It grows faster and faster than it did before. [K. A.]
#ExponentialGrowth #McGillUniversity -
Another group of #EarthSystemScience #UpGoer5 Change that happens quickly and continues to grow. The growing that happens begins to happen faster and faster than it did at the start. The number of people in the world is a good way to understand this. It grows faster and faster than it did before. [K. A.]
#ExponentialGrowth #McGillUniversity -
Another group of #EarthSystemScience #UpGoer5 Change that happens quickly and continues to grow. The growing that happens begins to happen faster and faster than it did at the start. The number of people in the world is a good way to understand this. It grows faster and faster than it did before. [K. A.]
#ExponentialGrowth #McGillUniversity -
More #EarthSystemScience #UpGoer5
Trees can tell us is what the world was like in the past. The rings inside a tree can show us how much it grew each year. In wet years, the tree will grow a thick ring, and in dry years, it will grow a small ring. People can study tree rings to see how hot and cold the world has been and how it has changed over time. It helps us understand how the world is changing now and how it may change. [S. H.-R.]
#Proxies #McGillUniversity #SimpleWords -
More #EarthSystemScience #UpGoer5
Trees can tell us is what the world was like in the past. The rings inside a tree can show us how much it grew each year. In wet years, the tree will grow a thick ring, and in dry years, it will grow a small ring. People can study tree rings to see how hot and cold the world has been and how it has changed over time. It helps us understand how the world is changing now and how it may change. [S. H.-R.]
#Proxies #McGillUniversity #SimpleWords -
More #EarthSystemScience #UpGoer5
Trees can tell us is what the world was like in the past. The rings inside a tree can show us how much it grew each year. In wet years, the tree will grow a thick ring, and in dry years, it will grow a small ring. People can study tree rings to see how hot and cold the world has been and how it has changed over time. It helps us understand how the world is changing now and how it may change. [S. H.-R.]
#Proxies #McGillUniversity #SimpleWords -
More #EarthSystemScience #UpGoer5
Trees can tell us is what the world was like in the past. The rings inside a tree can show us how much it grew each year. In wet years, the tree will grow a thick ring, and in dry years, it will grow a small ring. People can study tree rings to see how hot and cold the world has been and how it has changed over time. It helps us understand how the world is changing now and how it may change. [S. H.-R.]
#Proxies #McGillUniversity #SimpleWords -
More #EarthSystemScience #UpGoer5
Trees can tell us is what the world was like in the past. The rings inside a tree can show us how much it grew each year. In wet years, the tree will grow a thick ring, and in dry years, it will grow a small ring. People can study tree rings to see how hot and cold the world has been and how it has changed over time. It helps us understand how the world is changing now and how it may change. [S. H.-R.]
#Proxies #McGillUniversity #SimpleWords -
Ekman spiral continued....
The deeper water does not feel the wind, but it does feel the water above moving. So the same thing happens again, except this time the water goes in a direction even further from that of the wind, and so on, turning as we go deeper. At each step, we lose a bit of force, so we have less and less as we go down.
[A. B.-K.]
[2/2]
#Ekman #UpGoer5 #McGillUniversity #SimpleWords #EarthSystemScience -
Ekman spiral continued....
The deeper water does not feel the wind, but it does feel the water above moving. So the same thing happens again, except this time the water goes in a direction even further from that of the wind, and so on, turning as we go deeper. At each step, we lose a bit of force, so we have less and less as we go down.
[A. B.-K.]
[2/2]
#Ekman #UpGoer5 #McGillUniversity #SimpleWords #EarthSystemScience -
Ekman spiral continued....
The deeper water does not feel the wind, but it does feel the water above moving. So the same thing happens again, except this time the water goes in a direction even further from that of the wind, and so on, turning as we go deeper. At each step, we lose a bit of force, so we have less and less as we go down.
[A. B.-K.]
[2/2]
#Ekman #UpGoer5 #McGillUniversity #SimpleWords #EarthSystemScience -
Ekman spiral continued....
The deeper water does not feel the wind, but it does feel the water above moving. So the same thing happens again, except this time the water goes in a direction even further from that of the wind, and so on, turning as we go deeper. At each step, we lose a bit of force, so we have less and less as we go down.
[A. B.-K.]
[2/2]
#Ekman #UpGoer5 #McGillUniversity #SimpleWords #EarthSystemScience -
Ekman spiral continued....
The deeper water does not feel the wind, but it does feel the water above moving. So the same thing happens again, except this time the water goes in a direction even further from that of the wind, and so on, turning as we go deeper. At each step, we lose a bit of force, so we have less and less as we go down.
[A. B.-K.]
[2/2]
#Ekman #UpGoer5 #McGillUniversity #SimpleWords #EarthSystemScience
