The Time Now > United States > Council Bluffs , Iowa

Current local time in Council Bluffs, United States



Current Weather Conditions in
Omaha - Eppley Airfield

Light snow. Ice fog. Cold.
Temperature
Wind
Last update
Units
21°F Feels like 8.56°F
12.43 mph from 160° S
Sat, Feb 28, 2015, 12:52 PM CST
Change to SI
(°C, km, km/h)

Daylight Saving Time in Council Bluffs - Time Change

Standard time zone
Daylight saving time (DST)
Time zone abbreviation
UTC/GMT -6 hours
No daylight saving time to observe right now
DST starts on Sun, Mar 08, 2015, 2:00 AM local standard time, clocks will turn forward 1 hour to 3:00 AM

DST ends on Sun, Nov 01, 2015, 2:00 AM local daylight time, clocks will turn backward 1 hour to 1:00 AM

48-hour forecast for Council Bluffs

Last update: Sat, Feb 28, 2015, 12:42 PM CST
Saturday
Afternoon
25°F
11 mph
Evening
23°F
7 mph
Night
19°F
6 mph
Sunday
Morning
23°F
6 mph
Afternoon
34°F
8 mph
Evening
25°F
6 mph
Night
18°F
4 mph
Monday
Morning
19°F
8 mph
Change to SI (°C, km, km/h)

7-day forecast for Council Bluffs

Last update: Sat, Feb 28, 2015, 12:42 PM CST
Saturday
Hi 25°F
Lo 7°F
11 mph
Sunday
Hi 34°F
Lo 19°F
7 mph
Monday
Hi 34°F
Lo 18°F
16 mph
Tuesday
Hi 36°F
Lo 12°F
25 mph
Wednesday
Hi 19°F
Lo 5°F
11 mph
Thursday
Hi 32°F
Lo 1°F
11 mph
Friday
Hi 37°F
Lo 21°F
9 mph
Change to SI (°C, km, km/h)

Sun

Sunrise
Sunset
Duration of day
6:59 AM
6:12 PM
11 hours 13 minutes

Moon

Waxing gibbous
Moonrise
Moonset
1:54 PM
3:42 AM

Coordinates

Hourly coordinates
Decimal coordinates
Elevation
Latitude
Longitude
41° 15' North
96° 52' West
Latitude
Longitude
41.26194
-95.86083
299 meters (980.97 feet)

Airports nearby Council Bluffs (air distance)

From closest to farthest
Miles
Km
Dir.
Omaha - Eppley Airfield
3.65
5.88
Council Bluffs Municipal Airport
5.24
8.44
Omaha / Offutt Air Force Base
10.71
17.23
Millard Airport
13.85
22.3
Harlan Municipal Airport
35.24
56.72
Red Oak Municipal Airport
35.82
57.65
Fremont Municipal Airport
36.13
58.14
Shenandoah Municipal
42.52
68.43

Cities nearby Council Bluffs (air distance)