he second letter symbol in the Köppen classification system helps to identify: Group of answer choices latitude temperatures elevation precipitation amounts 2. What is the name given to Climate Zone E? Group of answer choices Dry Humid Tropical Polar Humid Mid-Latitude 3. Which climate characteristic is being used to define Climate Zone E? Group of answer choices temperature
he second letter symbol in the Köppen classification system helps to identify: Group of answer choices latitude temperatures elevation precipitation amounts 2. What is the name given to Climate Zone E? Group of answer choices Dry Humid Tropical Polar Humid Mid-Latitude 3. Which climate characteristic is being used to define Climate Zone E? Group of answer choices temperature
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
Related questions
Question
1. The second letter symbol in the Köppen classification system helps to identify:
Group of answer choices
latitude
temperatures
elevation
precipitation amounts
2. What is the name given to Climate Zone E?
Group of answer choices
Dry
Humid Tropical
Polar
Humid Mid-Latitude
3. Which climate characteristic is being used to define Climate Zone E?
Group of answer choices
temperature
latitude
precipitation
elevation
4. What is the most likely cause of the climate in Zone E?
Group of answer choices
elevation
latitude
the Coriolis Effect
the Hadley Cell
5. Identify the climate found in the Himalayan region of Tibet and Nepal by using the map provided and the Köppen classification system. Provide the letter symbol(s) only?
6. What is the primary factor contributing to the climate in the region mentioned in the previous question?
Group of answer choices
elevation
latitude
the Coriolis Effect
the Hadley Cell
7. Identify the climate found in the Sahara region (Algeria, Libya, Egypt, etc.) by using the map provided and the Köppen classification system. Provide the letter symbol(s) only?
8. Identify the climate type for Italy using the map provided. Provide the letter symbol(s) only?
9. Identify the climate type for Maine, USA using the map provided. Provide the letter symbol(s) only?
10. What is the primary difference between a “C” climate and a “D” climate?
Group of answer choices
precipitation falls in a different season
C type climates are less humid
D types climates have more severe winters
D type climates are more dry
11. Explain why Italy has a “C” climate even though it is at the same latitude as Maine’s “D” climate. Consider the underlying causes of climate for this area when answering the question?
12. Identify the climate type for Northern California using the map provided. Provide the letter symbol(s) only?
13. Identify the climate type for Southern California using the map provided. Provide the letter symbol(s) only?
14. What climate variable does the Köppen classification system identify as the primary difference between the climate of Northern California and the climate of Southern California?
Group of answer choices
temperature
latitude
elevation
precipitation
![A
B
D
E
f
m
W
S
S
W
W
S
f
W
S
f
T
F
Average temperature of the coldest month is 18°C or higher.
Every month has 6 cm of precipitation or more.
Short dry season; precipitation in driest month less than 6 cm but
equal to or greater than 10-R/25 (R is annual rainfall in cm).
Well-defined winter dry season; precipitation in driest month less
than 10-R/25.
Well-defined summer dry season (rare).
a
b
c
Potential evaporation exceeds precipitation. The dry-humid boundary B Dry Climates
is defined by the following formulas: (Note: R is the average annual
precipitation in cm, and T is the average annual temperature in °C.)
When R is less than the calculated value the climate is dry.
R<2T + 28 when 70% or more of rain falls in warmer 6 months.
R<2T when 70% or more of rain falls in cooler 6 months.
R<2T + 14 when neither half year has 70% or more of rain.
Steppe The BS-BW boundary is 1/2 the dry-humid boundary.
Desert Deserts (BW) climates are dryer then steppes (BS).
h Average annual temperature is 18°C or greater.
k
Average annual temperature is less than 18°C.
Average temperature of the coldest month is under 18°C and above
-3°C.
At least 10 times as much precipitation in a summer month as in the
driest winter month.
At least three times as much precipitation in a winter month as in
the driest summer month; precipitation in driest summer month less
than 4 cm.
Criteria for w and s cannot be met.
Warmest month is over 22°C; at least 4 months over 10°C.
No month above 22°C; at least 4 months over 10°C.
One to 3 months above 10°C.
Average temperature of coldest month is -3°C or below; average
temperature of warmest month is greater than 10°C.
Same as under C.
Same as under C.
Same as under C.
a
Same as under C.
b Same as under C.
c Same as under C.
d Average temperature of the coldest month is -3°C or below.
Humid Tropical Climates
Average temperature of the warmest month is below 10°C.
Average temperature of the warmest month is greater than 0°C
and less than 10°C.
Average temperature of the warmest month is 0°C or below.
C Humid Middle-Latitude Climates
(Mild Winters)
D Humid Middle-Latitude Climates
(Severe Winters)
E Polar Climates](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fff85d7af-1cf1-4445-b6bc-194df0230b2d%2Fc5609808-67c7-4712-b958-761fb6f20886%2Fmk7xu3_processed.png&w=3840&q=75)
Transcribed Image Text:A
B
D
E
f
m
W
S
S
W
W
S
f
W
S
f
T
F
Average temperature of the coldest month is 18°C or higher.
Every month has 6 cm of precipitation or more.
Short dry season; precipitation in driest month less than 6 cm but
equal to or greater than 10-R/25 (R is annual rainfall in cm).
Well-defined winter dry season; precipitation in driest month less
than 10-R/25.
Well-defined summer dry season (rare).
a
b
c
Potential evaporation exceeds precipitation. The dry-humid boundary B Dry Climates
is defined by the following formulas: (Note: R is the average annual
precipitation in cm, and T is the average annual temperature in °C.)
When R is less than the calculated value the climate is dry.
R<2T + 28 when 70% or more of rain falls in warmer 6 months.
R<2T when 70% or more of rain falls in cooler 6 months.
R<2T + 14 when neither half year has 70% or more of rain.
Steppe The BS-BW boundary is 1/2 the dry-humid boundary.
Desert Deserts (BW) climates are dryer then steppes (BS).
h Average annual temperature is 18°C or greater.
k
Average annual temperature is less than 18°C.
Average temperature of the coldest month is under 18°C and above
-3°C.
At least 10 times as much precipitation in a summer month as in the
driest winter month.
At least three times as much precipitation in a winter month as in
the driest summer month; precipitation in driest summer month less
than 4 cm.
Criteria for w and s cannot be met.
Warmest month is over 22°C; at least 4 months over 10°C.
No month above 22°C; at least 4 months over 10°C.
One to 3 months above 10°C.
Average temperature of coldest month is -3°C or below; average
temperature of warmest month is greater than 10°C.
Same as under C.
Same as under C.
Same as under C.
a
Same as under C.
b Same as under C.
c Same as under C.
d Average temperature of the coldest month is -3°C or below.
Humid Tropical Climates
Average temperature of the warmest month is below 10°C.
Average temperature of the warmest month is greater than 0°C
and less than 10°C.
Average temperature of the warmest month is 0°C or below.
C Humid Middle-Latitude Climates
(Mild Winters)
D Humid Middle-Latitude Climates
(Severe Winters)
E Polar Climates
![40%
0°-
PACIFIC
OCEAN
40
Af
ARCTIC OCEAN
b
120*
Equator
Cfb
со
Csb
Csa
BSH
H
BWK
BWh
Dfc
BSK
H
Tropic of Cancer H
+--- Tropic of Capricorn 7
© 2015 Pearson Education, Inc.
BSh
Dfb
Dfa
Cfa
BSh
Aw
Af
8 EF
Dfc
Aw
BSh
ht
Am
BWK
BWh
BSH BSh
BSK.
Csb
Cfb
ET
ET
ATLANTIC
OCEAN
BS
cfc
Cfa
BWK
o d
BSK
Am
Aw
ET
BSh
BSh
Af 20
Cfb
7
Cfc
Csb
BSK
4
BSh
EF
Arctic Circle
Cfb
XX
Cfb Cfa
Csa
ARCTIC OCEAN
ATLANTIC
OCEAN
e
BWh
BWh
Cab
Dfa
f
Aw
BSh
BSK
Csa
BSh
Cwb
Cfa
Cfb
Dfb
H
BWh
BSh
BSh
Dfc
BWK
BSh
BWh
BWh
BWh
BSh
ARABIAN
SEA
B Dry
Am
INDIAN
A Humid Tropical
BSK
BWK
Cwa
E Polar
H
Tropical wet Af
Tropical monsoon Am
Tropical savanna Aw
BAY OF
BENGAL
H Highland
Dfd
Dwc
OCEAN
Subtropical desert BWh
Midlatitude desert BWk
Subtropical steppe BSh
Midlatitude steppe BSk
Marine west coast
Cfb Cfc
Tundra ET
Ice cap EF
Dry-summer subtropics
Csa Csb
Subarctic
Dfc Dwc Dfd Dwd
Dwd
ET
BSK
(h
ET
Dwb
C Humid Middle-Latitude (mild winter)
Humid subtropical
Cfa Cwa Cwb
Cwa
Cfa
Cold climates due to elevation H
Cwa
Dwa
Af
D Humid Middle-Latitude (severe winter)
Humid continental
Dfa Dwa Dfb Dwb
1
(9)
Am
Dfb
Dfa
Cfa
Am
Csb
Tropic of Cancer.
BSh
120°
Dfc
0
Aw
BWh
Csa
140
BSh Cwa
Cfa
1,000
PACIFIC
OCEAN
CORAL SEA
Am
40
Cfb
160
2,000
Equator
Tropic of Capricor
Cfb
180
20
3,000 Miles
0
1,000 2,000 3,000 Kilometers
MODIFIED GOODE'S HOMOLOSINE EQUAL-AREA PROJECTION](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fff85d7af-1cf1-4445-b6bc-194df0230b2d%2Fc5609808-67c7-4712-b958-761fb6f20886%2F3xexpj_processed.png&w=3840&q=75)
Transcribed Image Text:40%
0°-
PACIFIC
OCEAN
40
Af
ARCTIC OCEAN
b
120*
Equator
Cfb
со
Csb
Csa
BSH
H
BWK
BWh
Dfc
BSK
H
Tropic of Cancer H
+--- Tropic of Capricorn 7
© 2015 Pearson Education, Inc.
BSh
Dfb
Dfa
Cfa
BSh
Aw
Af
8 EF
Dfc
Aw
BSh
ht
Am
BWK
BWh
BSH BSh
BSK.
Csb
Cfb
ET
ET
ATLANTIC
OCEAN
BS
cfc
Cfa
BWK
o d
BSK
Am
Aw
ET
BSh
BSh
Af 20
Cfb
7
Cfc
Csb
BSK
4
BSh
EF
Arctic Circle
Cfb
XX
Cfb Cfa
Csa
ARCTIC OCEAN
ATLANTIC
OCEAN
e
BWh
BWh
Cab
Dfa
f
Aw
BSh
BSK
Csa
BSh
Cwb
Cfa
Cfb
Dfb
H
BWh
BSh
BSh
Dfc
BWK
BSh
BWh
BWh
BWh
BSh
ARABIAN
SEA
B Dry
Am
INDIAN
A Humid Tropical
BSK
BWK
Cwa
E Polar
H
Tropical wet Af
Tropical monsoon Am
Tropical savanna Aw
BAY OF
BENGAL
H Highland
Dfd
Dwc
OCEAN
Subtropical desert BWh
Midlatitude desert BWk
Subtropical steppe BSh
Midlatitude steppe BSk
Marine west coast
Cfb Cfc
Tundra ET
Ice cap EF
Dry-summer subtropics
Csa Csb
Subarctic
Dfc Dwc Dfd Dwd
Dwd
ET
BSK
(h
ET
Dwb
C Humid Middle-Latitude (mild winter)
Humid subtropical
Cfa Cwa Cwb
Cwa
Cfa
Cold climates due to elevation H
Cwa
Dwa
Af
D Humid Middle-Latitude (severe winter)
Humid continental
Dfa Dwa Dfb Dwb
1
(9)
Am
Dfb
Dfa
Cfa
Am
Csb
Tropic of Cancer.
BSh
120°
Dfc
0
Aw
BWh
Csa
140
BSh Cwa
Cfa
1,000
PACIFIC
OCEAN
CORAL SEA
Am
40
Cfb
160
2,000
Equator
Tropic of Capricor
Cfb
180
20
3,000 Miles
0
1,000 2,000 3,000 Kilometers
MODIFIED GOODE'S HOMOLOSINE EQUAL-AREA PROJECTION
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