Re: Meteorology B
Posted: March 17th, 2015, 6:41 am
Dry winter, Wet Summer
Page 4 of 8
Re: Meteorology B
Posted: March 17th, 2015, 4:29 pm
Dry winters are a part of it, but that only covers the "w" of Cwc. Keep going for the C and c.sunvenu wrote:Dry winter, Wet Summer
Re: Meteorology B
Posted: March 19th, 2015, 9:58 am
John Richardsim wrote:Alright, let's get this going again.
Describe what parameters define a Cwc classification on the Koppen.
Moist with mild (mild is describing temperature) winters, dry winters, avg rainfall of wettest summer month at least 10 times as much as in driest winter month, short and cool summers, the average temp of all months is below 72 F
Re: Meteorology B
Posted: March 19th, 2015, 5:29 pm
Hmmm, I suppose I'll accept it. Where have you others been getting you information on the Koppen? Why stuff appears to be certainly different...meteorology891 wrote:John Richardsim wrote:Alright, let's get this going again.
Describe what parameters define a Cwc classification on the Koppen.Moist with mild (mild is describing temperature) winters, dry winters, avg rainfall of wettest summer month at least 10 times as much as in driest winter month, short and cool summers, the average temp of all months is below 72 F
Anyways, your turn.
Re: Meteorology B
Posted: March 19th, 2015, 6:11 pm
What are the three types of convection cells?John Richardsim wrote:Hmmm, I suppose I'll accept it. Where have you others been getting you information on the Koppen? Why stuff appears to be certainly different...meteorology891 wrote:John Richardsim wrote:Alright, let's get this going again.
Describe what parameters define a Cwc classification on the Koppen.Moist with mild (mild is describing temperature) winters, dry winters, avg rainfall of wettest summer month at least 10 times as much as in driest winter month, short and cool summers, the average temp of all months is below 72 F
Anyways, your turn.
Re: Meteorology B
Posted: March 20th, 2015, 1:49 pm
Hmmm, I suppose I'll accept it. Where have you others been getting you information on the Koppen? Why stuff appears to be certainly different...
Anyways, your turn. What are the three types of convection cells?
Polar, Hadley, and Ferrel
Re: Meteorology B
Posted: March 20th, 2015, 4:36 pm
[hide]In EF, the average temperature of the warmest month is 0 degrees celsius or below, but in ET, the avg temp of the warmest month is more than 0 celsius, but less than 10 celsius[/hide]coprolite_dipstick wrote:Hmmm, I suppose I'll accept it. Where have you others been getting you information on the Koppen? Why stuff appears to be certainly different...
Anyways, your turn. What are the three types of convection cells?Describe the difference between ET and EF in Koppen Climate ClassificationsPolar, Hadley, and Ferrel
Re: Meteorology B
Posted: March 20th, 2015, 5:22 pm
I have something a little bit different, but close enoughmeteorology891 wrote:In EF, the average temperature of the warmest month is 0 degrees celsius or below, but in ET, the avg temp of the warmest month is more than 0 celsius, but less than 10 celsiuscoprolite_dipstick wrote:Hmmm, I suppose I'll accept it. Where have you others been getting you information on the Koppen? Why stuff appears to be certainly different...
Anyways, your turn. What are the three types of convection cells?Describe the difference between ET and EF in Koppen Climate ClassificationsPolar, Hadley, and Ferrel
Your turn!
Re: Meteorology B
Posted: March 20th, 2015, 6:42 pm
Describe the difference between ET and EF in Koppen Climate Classifications[/quote]In EF, the average temperature of the warmest month is 0 degrees celsius or below, but in ET, the avg temp of the warmest month is more than 0 celsius, but less than 10 celsius[/quote]
I have something a little bit different, but close enough
Your turn![/quote] Describe the Daisy World Model
I have something a little bit different, but close enough
Your turn![/quote] Describe the Daisy World Model
Re: Meteorology B
Posted: March 20th, 2015, 8:05 pm
Computer simulation to show the effects of albedo using white and black daisies. It starts off with the sun luminosity being too low for the theoretical planet to support life. As it heats up, black daisies begin to germinate and heat up the planet. It then is warm enough for white daisies to appear, which cool down the planet. Temp is a constant when the white & black daisies are at equilibrium. As the luminosity increases, it gets too hot for black daisies, so they die. White daisies continue to survive until the planet heats up too much from increasing luminosity, and then the land becomes completely barren.