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Educative❤

Great work Sir ❤

Hello, Dr. Obi. I went on a field trip last year, and for the first time, I saw and heard of "Shale/mud-filled channels". They were described as channels that were originally filled with sand but got eroded and filled up with mud/shaly materials from episodes of deposition when things were a lot calmer. Is that a possibility here? Because I hear you describe the contents in this channel feature containing sufficient mud materials. Thank you.

Thanks for sharing Dr. Obi

Currently looking at a similar system in the Gulf of Mexico for my masters, no one does a good job at explaining some of their terms used in their papers because it’s for a field for experts so as a geophysicist trying to put together my geologic background I thank you!

Thank you ❤

Thank you for this! it was really helpful.

Great 👍

I have enjoyed your series. Good, clear explanations and illustrations. I do have one concern with this video. It appears that you might not be taking into account surface topography and parallax with respect to systems tracts on your photo. In particular, the upper "sequence boundary" seems to simply reflect the modern erosional surface, rather than a real stratigraphic feature. While it does illustrate the concept well, I think that is a bit misleading.

Horizontally

You never explain why there are two high tides each day. While the moon is pulling on one side of the Earth, creating high tide there, what's pulling on the other side, creating high tide there?

you teaching simply and understanding manner . After seeing you lecture, lot of my doubt is cleared . Thank you very much sir. Love from India🙏

Can anyone explain whether the Spring tide ranges vary depending on whether the moon is closest to the sun or on the other side of the earth. That is, is the Spring tide greater when the moon is closest to the sun rather than on the far side of earth? I was wondering if the combined gravitational force of both the sun and the moon would cause a greater tidal range than when the moon was on the opposite side of the earth. I could look up charts I guess but was curious as to whether there was a video explaining this somewhere.

Thank you. Would be great to include the cross section of channel 1, 2, 3, 4, 5 on the main slide too (helps a lot to non geologists like me), this is especially as you said one has to think in 3D.

Thank you, great video.

thanks, GEOCAMP, very interesting

rivers and stream flow from its tributary on their pathway from natural landscape , the faster flowing of water sources cause erosion that is , the basin drainage carrying sediment from the mouth of upper stage and continue carrying in the channel pathway in the middle stage to create new habitat for some organism in their system erosion and deposition to the lower stage that's deposition to drop off the carrying sediment and pebbles in the deeper sea or the ocean

Great. Easy to understand these paloeacurrent structures in your video.

thank you sir

Currently learning this at centre of excellence...and this video just cemented my understanding

Nicely explained

thanks, this was absolutely briliant.

Nice videos sir.

Wow. These descriptions are eductive.

Good stuff Obi.. Actually learnt something new.

Fault propagation fold generated by which thrust?

Hi! So... correlative conformity in well section could be represented by limestones (shallow marine sedimentation)?

Nice🤩 in depth explanation

Well explained ❤️

Thanks Could you make well log correlation video?

Great and simple presentation. Thanks

thank you!!!

Where's the link pls i need to sent it to my online class

Outstanding video. Helped a lot. Thank you.

How can we find the channel from logs other than GR logs?

it did worth my while thanks

i wanna say you are a life saver

Thanks sir

Good explanation! Currently just started my first year of geology, so identifying these is still very hard for me. One question, is identifying based on vegetation accurate enough? How do you know the increase of minerals is caused by a fault and not by just regular sediment deposits?

Thank you sir

Hey bros, i just want to know that you are doing a great job....the views will come with time, don't slow down please. I am impressed to hear someone like me do so much justice to this science. Much love

Great

This is great. I relished every second of it. Thanks @Dr Ifeanyi and @GEOCAMP Institute

thank you

Thanks a lot for your great video

Really Helpful. Elaborate explaination. THANKS!!

Thanks my teacher you are doing great job for Africans

This is really useful. How can you identify an MRS and TST within a fluvial/deltaic environment?

I really wish you were my lecturer at university. Thank you for this

Tq for uploading such lecture videos