Dirk Burkhardt
@dirkburkhardt.bsky.social
Researcher in #VisualAnalytics, #DataScience and #InformationVisualization
That's correct, but all three together can only be 100%. So the middle of the triangle would be at 33% transit, 33% car, and 33% walking.
December 10, 2025 at 9:57 PM
That's correct, but all three together can only be 100%. So the middle of the triangle would be at 33% transit, 33% car, and 33% walking.
Reposted by Dirk Burkhardt
The main problem is that space telescopes in Low Earth Orbit share the similar orbits as the telecommunication satellites.
Here we show a simplified representation of the increased orbital crowding between 1958 (Sputnik) and the projected satellite population at the end of the next decade.
Here we show a simplified representation of the increased orbital crowding between 1958 (Sputnik) and the projected satellite population at the end of the next decade.
December 4, 2025 at 2:02 AM
The main problem is that space telescopes in Low Earth Orbit share the similar orbits as the telecommunication satellites.
Here we show a simplified representation of the increased orbital crowding between 1958 (Sputnik) and the projected satellite population at the end of the next decade.
Here we show a simplified representation of the increased orbital crowding between 1958 (Sputnik) and the projected satellite population at the end of the next decade.
Wow, den Recla-Verlag kenne ich eigentlich aus der Schulzeit nur aus schnöden Verlag für Bücher wie Antigone, die wir lesen sollten. Schade, dass sie einen derart fraglichen Kurs hinlegen. 😔
November 8, 2023 at 1:45 PM
Wow, den Recla-Verlag kenne ich eigentlich aus der Schulzeit nur aus schnöden Verlag für Bücher wie Antigone, die wir lesen sollten. Schade, dass sie einen derart fraglichen Kurs hinlegen. 😔