ENVI 109
Fall 2006
Study guide 2 Ch 7 - 10
Be able to define
and use in appropriate context the following terms:
water molecule
dipolar
molecule
hydrogen bond
surface tension
phase change
latent
heat
vaporization
condensation
freezing
melting
temperature
of maximum density
calorie
relative
humidity
saturated
dew point
vapor pressure
diabatic
adiabatic
dry adiabatic rate
moist adiabatic rate
stable
atmosphere
unstable atmosphere
fog
air mass
maritime
tropical
maritime polar
continental polar
air mass modification atmospheric
lifting convergent
lifting
convectional lifting
orographic lifting
frontal
lifting
rain shadow
mid-latitude cyclone
cyclogenesis
thunderstorms
derechos
tornados
hurricanes
typhoon
hydrologic cycle
surface water
ground water
runoff
evapotranspiration
infiltration
zone of saturation
soil
moisture zone
capillary water
available water
gravitational water
zone
of aeration
zone of saturation
aquifer
potentiometric surface
artesian water
influent
stream
effluent stream
salt water encroachment
ITCZ
global
warming
causative classification of climate
statistical classification of climate
genetic classification of climate
empirical classification of climate
tropical climates
desert
climates
mesothermal climates microthermal
climates
polar climates
highland
climates
paleoclimate
tropical rain forest
tropical
monsoon
humid subtropical
tropical savanna
arid desert
marine
west coast
Mediterranean
Dry-Summer
humid continental-hot summer
humid
continental mild-summer
subarctic
polar
highland
tundra
ice cap/ice sheet
low-latitude
hot desert mid-latitude
cold desert
low-latitude hot steppe
mid-latitude cold steppe
Be able to discuss
the following concepts in a short phrase or recognize in a diagram
Distribution of water on earth
Distribution of fresh water on earth
Unique properties of water
Cloud types and identification of cloud forms
Water budget and water resources
World Climate Classification
Global climate patterns
Be able to write a
short essay
1. Pick one climate from the World Climate
Classification
and describe it in detail: where it
occurs,
what are the characteristic
conditions, why it occurs where it does.
2. Describe El
Nino-Southern Oscillation (ENSO) processes that force interannual
variability
of
temperature and precipitation.