@GEO101SUNY This terminal moraine marks the farthest advance of a glacier and is made of unsorted till deposited as the ice melted. It provides clear evidence of past glacial movement and shows how glaciers reshape the landscape over time. https://t.co/9qUvt4GGQT
@GEO101SUNY This sinkhole is a great example of karst topography, formed when slightly acidic groundwater dissolves limestone over time. It shows how chemical weathering can dramatically reshape Earth’s surface. https://t.co/kfW1EkKQgd
@GEO101SUNY The Mississippi River is an excellent example of a meandering river. Notice the meanders, point bars on the inside of bends, and cut banks on the outside where erosion is strongest. These features show how rivers reshape the landscape over time.https://t.co/JPq4HMHg3c
@GEO101SUNY Mount Mayon in the Philippines is a composite volcano formed at a convergent boundary where the Philippine Sea Plate meets the Eurasian Plate. It is famous for its nearly perfect cone shape and explosive eruptions. #GEO101#Volcanoes https://t.co/9e2XJqcPby
@GEO101SUNY The Grand Canyon's rock layers formed over millions of years as sediments built up and hardened into rock. Erosion by the Colorado River exposed these layers, revealing Earth's geologic history. https://t.co/xHHa4OaIeM #GEO101
@GEO101SUNY Glaciers in Alaska have been shrinking over time, providing visible evidence of a warming climate. 🌎 Check out NASA’s image and learn more: https://t.co/zPv9yQwHDc #ClimateChange#Glaciers#GEO101#EarthScience
@GEO101SUNY The Sahara Desert is a perfect example of a BWh (hot desert) Köppen climate—extremely hot and dry with very little rainfall each year! ☀️
https://t.co/GSivqjCGuf
#KoppenClimate#Geography#Climate#GEO101
@GEO101SUNY Lenticular clouds are strange, lens-shaped clouds that form when strong winds flow over mountains and create atmospheric waves. They can look like UFOs and show how terrain affects cloud formation. https://t.co/OODpdmoiK1 #Clouds#Weather#GEO101SUNY
@GEO101SUNY The Intertropical Convergence Zone (ITCZ) is where the Northern and Southern Hemisphere trade winds meet near the equator. This zone brings heavy rainfall,thunderstorms,and can help tropical storms develop.Learn more: https://t.co/vF7SaPUxBl #ITCZ#GEO101Circulation
@GEO101SUNY Parts of Alaska experience nearly 24 hours of daylight during the summer because of Earth’s tilt. This is a great example of how Earth’s movements affect climate and daily life. https://t.co/KnYD8uc7Eq
@GEO101SUNY I found this cool satellite image in the Mackenzie River region of Canada that naturally forms the letter “S.” It shows how mapping technology helps us see patterns in Earth’s landscapes. https://t.co/cUfTS3K3tB
#GeoTech#GEO101SUNY