Thank you! This sums up my lesson on oceanic sedimentation perfectly. Sometimes, the students need to hear it from someone else before they believe me...
The largest grains settle quickly in still waters isn't what you observe in nature. Big rocks are found on storm beaches and fast flows. Rocks, pebbles, gravel all the way down to mud are distributed along a gradient of turbulence or energy. This is a good presentation but it travels way to fast.
These infographics are way too dense and confusing. Also the discussion of content is way too fast paced for intro learners. It is more geared towards people who already have a foundation of oceanography and need a refresher. If you are in an intro oceanography class I would recommend just reading the textbook, of which there are many free open-sourced ones available online. University of Minnesota has a great selection of free oceanography textbooks online.
Take note that somehow, the continents separated thousands of miles without leaving continental sedimentation over the eons. Slow crawling continents don't make the sediment on the sea floor.
@@tymera Ooops. Made a typing error. The first statement is correct. The second sentence does not make sense. My intention was to make the point that the Atlantic Ocean floor indicates a rapid spreading of the continents. The whole earth, including the Pacific Ocean, is covered with many thousands of feet of sediment (flood sediment) while the Atlantic is not.
Thank you! This sums up my lesson on oceanic sedimentation perfectly. Sometimes, the students need to hear it from someone else before they believe me...
This is wonderful. Thanks for making the video.
Great video! Visuals help make concepts clear.
Great love it specially the quizzes helps memorizing the information
Glad it was helpful!
Thank you, helpful for my research-part of my referencing
thanks... wonderful!
Awesome video! You've got a new subscriber!
The largest grains settle quickly in still waters isn't what you observe in nature. Big rocks are found on storm beaches and fast flows. Rocks, pebbles, gravel all the way down to mud are distributed along a gradient of turbulence or energy. This is a good presentation but it travels way to fast.
took his chain took his rocks took his sediments
Can someone help me how to saved this video in my phone?please
You have to have a RUclips premier membership to save it. It's a RUclips thing...
Hey
Gravel is >256mm in diameter and not 2 mm
These infographics are way too dense and confusing. Also the discussion of content is way too fast paced for intro learners. It is more geared towards people who already have a foundation of oceanography and need a refresher. If you are in an intro oceanography class I would recommend just reading the textbook, of which there are many free open-sourced ones available online. University of Minnesota has a great selection of free oceanography textbooks online.
Ding! Turn the page.
😂
Take note that somehow, the continents separated thousands of miles without leaving continental sedimentation over the eons. Slow crawling continents don't make the sediment on the sea floor.
THE OCEAN FLOOR IS 200M YEARS OLD. DO U KNOW HOW LONG AGO THE CONTINENTS MOVED APART. USE YOUR BRAIN
@@tymera Ooops. Made a typing error. The first statement is correct. The second sentence does not make sense. My intention was to make the point that the Atlantic Ocean floor indicates a rapid spreading of the continents. The whole earth, including the Pacific Ocean, is covered with many thousands of feet of sediment (flood sediment) while the Atlantic is not.
I️ hate this video it has caused so much stress. Mr donath why must you do this to me