Re: Dynamic Planet B/C
Posted: September 4th, 2018, 6:19 pm
It just goes with time. At first, I used the preview function a lot.JoeyC wrote:How do you guys know all of these shortcuts/exploits/commands?
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Re: Dynamic Planet B/C
Posted: September 5th, 2018, 6:15 pm
Things2do wrote:Yep.JoeyC wrote:A Jökulhlaups is an outburst flood caused by excess glacial meltwater overflowing.JoeyC wrote: What is the diffrence between a Roche Moutonnee and a Drumlin? (list at least 3)
1) Drumlin= depositional landforms, Roche Moutonnee= erosional landforms. 2) Drumlin= smooth surfaces both up and downstreams, Roche Moutonnee= smooth surface upstream only. 3) Drumlin is less erosional resistant than Roche Moutonnee
EDIT:Ok, yeah, I give up on the hide function. It doesn't like me for some reason...
EDIT2: Yayyy!! It worked!!
Re: Dynamic Planet B/C
Posted: September 5th, 2018, 6:34 pm
Ya gotta put a pipe "|" symbol after the title and before the hidden text.linzhiyan wrote:1) Drumlin= depositional landforms, Roche Moutonnee= erosional landforms. 2) Drumlin= smooth surfaces both up and downstreams, Roche Moutonnee= smooth surface upstream only. 3) Drumlin is less erosional resistant than Roche Moutonnee Assuming that's right^^, name 1 consequence of Neoproterozoic snowball Earth.Things2do wrote:Yep.JoeyC wrote:A Jökulhlaups is an outburst flood caused by excess glacial meltwater overflowing.JoeyC wrote: What is the diffrence between a Roche Moutonnee and a Drumlin? (list at least 3)
EDIT:Ok, yeah, I give up on the hide function. It doesn't like me for some reason...
It would warm the Earth due to the severe increase in greenhouse gasses? I'm not sure of this one.
Re: Dynamic Planet B/C
Posted: September 5th, 2018, 6:39 pm
Yeah, that works. Your turn! (And, thank you for the tip!! It might be helpful for me to learn how to use these functionsThings2do wrote:Ya gotta put a pipe "|" symbol after the title and before the hidden text.linzhiyan wrote:1) Drumlin= depositional landforms, Roche Moutonnee= erosional landforms. 2) Drumlin= smooth surfaces both up and downstreams, Roche Moutonnee= smooth surface upstream only. 3) Drumlin is less erosional resistant than Roche Moutonnee Assuming that's right^^, name 1 consequence of Neoproterozoic snowball Earth.Things2do wrote:Yep.
EDIT:Ok, yeah, I give up on the hide function. It doesn't like me for some reason...
It would warm the Earth due to the severe increase in greenhouse gasses? I'm not sure of this one.
)Re: Dynamic Planet B/C
Posted: September 5th, 2018, 6:45 pm
Yeah, that works. Your turn! (And, thank you for the tip!! It might be helpful for me to learn how to use these functions :lol: )[/quote]
No problem.
1. Where is the majority of the Earth's glacial ice located?
2. What percentage of Earth's glacial ice is located there?
No problem.
1. Where is the majority of the Earth's glacial ice located?
2. What percentage of Earth's glacial ice is located there?
Re: Dynamic Planet B/C
Posted: September 16th, 2018, 2:57 pm
Things2do wrote: 1. Where is the majority of the Earth's glacial ice located?
2. What percentage of Earth's glacial ice is located there?
1. Greenland and Antarctica
2. More than 99%
Re: Dynamic Planet B/C
Posted: September 17th, 2018, 3:17 pm
Yep.dxu46 wrote:Things2do wrote: 1. Where is the majority of the Earth's glacial ice located?
2. What percentage of Earth's glacial ice is located there?1. Greenland and Antarctica
2. More than 99%
Re: Dynamic Planet B/C
Posted: September 17th, 2018, 6:31 pm
Define mass-balance. What does it mean when it is positive? Negative?
Re: Dynamic Planet B/C
Posted: September 20th, 2018, 1:37 pm
Mass balance is the difference between accumulation and ablation. If a glacier loses more ice than it receives, it will be in negative mass balance and will recede. Glaciers gaining more mass than they lose will be in positive mass balance and will advance.
Re: Dynamic Planet B/C
Posted: September 20th, 2018, 1:38 pm
Format your answer likegaun22 wrote:answer: [Mass balance is the difference between accumulation and ablation. If a glacier loses more ice than it receives, it will be in negative mass balance and will recede. Glaciers gaining more mass than they lose will be in positive mass balance and will advance.]
Question:How is firn formed?
Code: Select all
[answer]Mass balance is blablablabla[/answer]