π§²+ week=β«οΈ 78%, 21% Little Ice Age β¬οΈ β¬οΈ & β incoming energy, outgoing radiation, inner heat +;- βοΈ πͺ% wasting prevention +- (e-) U- shaped valley paleosoil IPCC π§©π¦ π§ Slow streams from Canyons making cone- like sediments Dolomite <1mm & fine- grained Latent heat, low shear, warm 50m seawater 256mm, 64mm, 2mm, 1/16mm, 1/256mm heated mantle rocks losing pressure vs vapors breaking silicates igneous to sediment Wilson Cycle 1900 Cat.4 CH4 sediment + gravity= π Organic sedimentary rock Tectonic theory 238w/m^2 cave rock formation, found from below or above, hanging and standing β¬
οΈ β‘οΈ βοΈ Downcutting via mass wasting & sheet erosion Sediment deposits @ river Mouths rock voids for storing water low=π΄π»; High= πΆπ» minerals make rocks Climate π§²+ week=β«οΈ 78%, 21% Little Ice Age β¬οΈ β¬οΈ & β incoming energy, outgoing radiation, inner heat +;- βοΈ πͺ% wasting prevention +- (e-) U- shaped valley paleosoil IPCC π§©π¦ π§ Slow streams from Canyons making cone- like sediments Dolomite <1mm & fine- grained Latent heat, low shear, warm 50m seawater 256mm, 64mm, 2mm, 1/16mm, 1/256mm heated mantle rocks losing pressure vs vapors breaking silicates igneous to sediment Wilson Cycle 1900 Cat.4 CH4 sediment + gravity= π Organic sedimentary rock Tectonic theory 238w/m^2 cave rock formation, found from below or above, hanging and standing β¬
οΈ β‘οΈ βοΈ Downcutting via mass wasting & sheet erosion Sediment deposits @ river Mouths rock voids for storing water low=π΄π»; High= πΆπ» minerals make rocks Climate
(Print) Use this randomly generated list as your call list when playing the game. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
O-π§²+ week=β«οΈ
O-78%, 21%
I-Little Ice Age
B-β¬οΈ β¬οΈ
&
β
O-incoming energy, outgoing radiation, inner heat
O-+;-
G-βοΈπͺ%
I-wasting prevention
B-+-(e-)
O-U-shaped valley
N-paleosoil
N-
I-IPCC
O-π§©π¦π§
O-Slow streams from Canyons making cone-like sediments
I-
G-Dolomite
N-<1mm & fine-grained
B-Latent heat, low shear, warm 50m seawater
O-
G-256mm, 64mm, 2mm, 1/16mm, 1/256mm
O-heated mantle rocks losing pressure vs vapors breaking silicates
G-igneous to sediment
O-Wilson Cycle
I-1900 Cat.4
B-CH4
N-sediment + gravity=π
O-Organic sedimentary rock
N-Tectonic theory
B-238w/m^2
G-cave rock formation, found from below or above, hanging and standing
G-β¬
οΈ β‘οΈ
I-βοΈ
O-Downcutting via mass wasting & sheet erosion
B-Sediment deposits @ river Mouths
N-rock voids for storing water
G-low=π΄π»;
High=πΆπ»
B-minerals make rocks
N-Climate