September 2005 Climate Summary

Similar documents
January 2006 Climate Summary

August 2006 Summary. August 1-5

May 2005 Climate Summary

July 2007 Climate Summary

January 2008 Climate Summary

The Pennsylvania Observer

TFS WEATHER BRIEF. Monday, March 25

September 2011 Climate Summary

The Pennsylvania Observer

March 2009 Climate Summary

The Pennsylvania Observer

November 2010 Climate Summary

2011 Year in Review TORNADOES

August 2017 Climate Summary

2018 Year in Review for Central and Southeast Illinois By: Chris Geelhart, Meteorologist National Weather Service, Lincoln IL

The Pennsylvania Observer

NWS FORM E-5 U.S. DEPARTMENT OF COMMERCE HSA OFFICE:

Monthly Long Range Weather Commentary Issued: SEPTEMBER 19, 2016 Steven A. Root, CCM, Chief Analytics Officer, Sr. VP,

New Hampshire State Climate Office Dr. Mary D. Stampone, State Climatologist

The Pennsylvania Observer

The hydrologic service area (HSA) for this office covers Central Kentucky and South Central Indiana.

October 2011 Climate Summary

24: Monthly Report September Seeding Operations & Atmospheric Research (SOAR) Snapshot of Seeding Operations

June 2010 Climate Summary

NWS FORM E-5 U.S. DEPARTMENT OF COMMERCE I HYDRO SERVICE AREA NOAA, NATIONAL WEATHER SERVICE I Indianapolis, IN MONTHLY REPORT

1. Which weather map symbol is associated with extremely low air pressure? A) B) C) D) 2. The diagram below represents a weather instrument.

Fronts. Direction of Front

April 2013 Climate Summary

Champaign-Urbana 1998 Annual Weather Summary

The hydrologic service area (HSA) for this office covers Central Kentucky and South Central Indiana.

The Weather Wire. Contents: Summer 2018 Outlook. Summer 2018 Outlook Drought Monitor May Summary/Statistics June Preview Rainfall Totals

Weather: Air Patterns

IC ARTICLE 19. DESCRIBING REAL PROPERTY; INDIANA COORDINATE SYSTEM. IC Chapter 1. Designation of Indiana Coordinate System; Zones

Champaign-Urbana 2001 Annual Weather Summary

L.O Students will learn about factors that influences the environment

The Pennsylvania Observer

June 2011 Climate Summary

Unit 5 Lesson 3 How is Weather Predicted? Copyright Houghton Mifflin Harcourt Publishing Company

Climate. Annual Temperature (Last 30 Years) January Temperature. July Temperature. Average Precipitation (Last 30 Years)

August 2013 Climate Summary

X An X inside this box indicates that no flooding occurred within this Hydrologic Service Area.

NATIONAL WEATHER SERVICE

MONTHLY REPORT OF RIVER AND FLOOD CONDITIONS

Flood warnings were issued for the Maumee, St. Marys, Blanchard, St. Joseph (Ohio), Tippecanoe, Tiffin, Eel and Wabash Rivers on the 30 th and 31 st.

Snapshot of Seeding Operations. Number of Flares (total) 2 August 1.0 2H, 0G Rio Grande de Loiza 13:07 2 August 0.6 0H, 0G Reconnaissance 16:10

Monthly Long Range Weather Commentary Issued: SEPTEMBER 19, 2015 Steven A. Root, CCM, Chief Analytics Officer, Sr. VP, sales

DEPARTMENT OF EARTH & CLIMATE SCIENCES Name SAN FRANCISCO STATE UNIVERSITY Nov 29, ERTH 360 Test #2 200 pts

Monthly Long Range Weather Commentary Issued: July 18, 2014 Steven A. Root, CCM, President/CEO

The Pennsylvania Observer

b. The boundary between two different air masses is called a.

MIAMI-SOUTH FLORIDA National Weather Service Forecast Office

The Pennsylvania Observer

Champaign-Urbana 1999 Annual Weather Summary

August 2015 Climate Summary

October 2014 Climate Summary

Ch. 3: Weather Patterns

Climate versus Weather

Preface. Keithley Meade Director of Meteorology (Ag.) Antigua and Barbuda Meteorological Service

Indiana County Flash Flood of 22 June 2017

but 2012 was dry Most farmers pulled in a crop

May 2015 Climate Summary

January 2013 Climate Summary

Monthly Long Range Weather Commentary Issued: NOVEMBER 16, 2015 Steven A. Root, CCM, Chief Analytics Officer, Sr. VP, sales

July 2010 Climate Summary

May 2016 Volume 23 Number 5

NWS FORM E-5 U.S. DEPARTMENT OF COMMERCE HSA OFFICE:

September 2012 Climate Summary

December 2011 Climate Summary

May 2016 Climate Summary

NIDIS Weekly Climate, Water and Drought Assessment Summary. Upper Colorado River Basin July 31, 2012

Global Wind Patterns

January 2017 Climate Summary

Arizona Climate Summary

NWS FORM E-5 U.S. DEPARTMENT OF COMMERCE HSA OFFICE: NOAA, NATIONAL WEATHER SERVICE North Webster, IN

Anthony A. Rockwood Robert A. Maddox

TROPICAL STORM HARVEY COE Navigation Call - Update

Foundations of Earth Science, 6e Lutgens, Tarbuck, & Tasa

The Pennsylvania Observer

Weather and Climate Summary and Forecast March 2019 Report

air masses and Fronts 2013.notebook January 29, 2013

2012 Growing Season. Niagara Report. Wayne Heinen

Earth Science Weather and Climate Reading Comprehension. Weather and Climate

SEPTEMBER 2013 REVIEW

3 Severe Weather. Critical Thinking

Monthly Long Range Weather Commentary Issued: APRIL 18, 2017 Steven A. Root, CCM, Chief Analytics Officer, Sr. VP,

May 2018 Climate Summary

UNITED STATES AND SOUTH AMERICA WEATHER ROUNDUP Sunday, December 17, 2017

Page 1. Name:

Multiple Choice Identify the choice that best completes the statement or answers the question.

Weather and Climate Summary and Forecast August 2018 Report

Precipitation. Standardized Precipitation Index. NIDIS Intermountain West Drought Early Warning System September 5, 2017

Guided Notes Weather. Part 2: Meteorology Air Masses Fronts Weather Maps Storms Storm Preparation

Issued by: National Weather Service San Joaquin Valley - Hanford CA. Issue time: 409 AM PST Wed Jan

National Wildland Significant Fire Potential Outlook

Arizona Climate Summary May 2012

Custom Weather Forecast

February 2017 Climate Summary

RR#4 - Multiple Choice

HAZARD DESCRIPTION... 1 LOCATION... 1 EXTENT... 1 HISTORICAL OCCURRENCES...

KANSAS CLIMATE SUMMARY February 2015

Transcription:

Ashley Brooks (765) 494-6574 Oct 5, 2005 http://iclimate.org September 2005 Climate Summary September 1-7 A cold front came through on the 1 st of the month, however little moisture was associated with this system, and soon high pressure settled in at the surface with a ridge aloft. This allowed for dry conditions to prevail and temperatures rose up into the 80s across the state. Temperatures cooled down during the overnight hours to the low 50s and 60s as mainly clear skies persisted, and very few clouds were present in order to maintain the daytime warmth. September 8-9 A low pressure center was located in northwest Indiana on the morning of the 8 th and moved south and east as the next 2 days progressed. Trailing from the low, a cold front brought rain mainly across the central and southern parts of the state. Average rainfall values varied from 0.01 inches to 0.11 inches across this area, still below normal averages for this time period. Temperatures, however, were about five degrees above normal. High temperatures were in the mid to upper 80s and lows dropped down into the 60s. September 10-14 A drier weather pattern returned during this time period as a ridge of high pressure prohibited moisture from entering the state from the 10 th until the 12 th. Moisture began filtering back into the state by the 13 th to the east of the next advancing cold front. This front brought slightly above-normal rainfall totals, 0.27 inches, instead of the normal 0.26 inches. The heaviest precipitation fell across the northwest and west central locations. High temperatures stayed in the 80s to around 90, while lows varied from the 50s across the north to 60s across the midsection and the south. September 15-16 Due to the dry and calm beginning of the month in Indiana, the first severe weather report did not occur until the 15 th. On the 15 th a lone wind report in Henry County included damage to a farmhouse, barn, fence, and flag pole. The central and northern parts of the state had rainfall averages from 0.60 inches to over one inch, while the averages across the southern portions of the state were less than 0.20 inches. Daytime temperatures

during this time frame ranged from the 80s on the 15 th to 70s on the 16 th. Low temperatures were mainly in the 60s both days except for extreme northern parts of the state where they dropped down into the 50s on the 16 th. September 17-18 A few areas received spotty showers during this time, however most of Indiana remained relatively dry as a frontal system was off to the east and one was located to the west. Over the state itself, high pressure dominated. Most locations made it up into the 70s during the day, and then dropped off into the low 60s and 50s, under mainly clear skies, overnight. September 19-20 Leftover morning thunderstorms on the 19th moved out of the state by midday so that skies cleared over much of the state before the afternoon hours. Temperatures soared up into the 80s with dewpoints in the upper 60s as a warm frontal boundary moved northeastward across the state. The humid and unstable atmosphere set the stage for lines of storms that began to move through the west central part of the state, north of I-70, in advance of the cold front. These storms began to bow out during the evening hours and moved southeastward across the state. Due to the longevity of the storms and the heavy rainfall, some areas experienced flooding on roadways in addition to the severe weather. The first round of storms that took place earlier in the day knocked down a few trees and produced 0.75 inch hail in Vermillion County. Later reports of severe weather included wind reports in Vermillion, Tippecanoe, Carroll, Clinton, Warren, Fountain, Hamilton, Hendricks, Morgan, Shelby, Rush, Bartholomew, Randolph, Posey, Knox, Warrick, Pike, Marion, Henry, and Hancock Counties. The additional hail reports included 1.25 inch hail in Marshall County, 1 inch hail in Benton County, and 0.75 inch hail in Randolph County. During the overnight hours, a cold front swept across the state and ushered in cooler weather to the west of the front. September 21-24 The next cold frontal system began to approach from the west on the 22 nd and sent severe weather into the state. This severe weather continued on into the 23 rd as the cold front continued its push through the state. Precipitation amounts were 0.24 inches above the 0.44 inch state average for the 21 st -24 th. From the 21 st until the 23 rd the state saw an increase in temperatures from the 70s and 80s to the 80s and 90s, however after the passage of the front temperatures dropped back down into the 70s and 80s across most of the state. Only extreme southern portions of the state remained around the 90 degree mark. On the 22 nd, the severe wind reports included trees down and power out in Steuben County. Hail ranging in diameter from 0.75-1.75 inches, also fell in Steuben County, with Delaware County receiving 0.75 inch hail. On the 23 rd 1.75 inch hail fell in Lawrence County. Also in Lawrence County, strong winds resulted in a fallen tree on top of a car on US-50 west, five miles west of SR-37.

September 25-26 Remnants of yet another tropical storm system brought drenching rainfall to the state. The remains of what was Hurricane Rita, in addition to moisture coupled with a passing cold front, engulfed the entire state for the majority of the 25 th and into the day on the 26 th, before finally exiting the state. Almost the entire state averaged over an inch of rain, with local areas reporting higher amounts. Temperatures reached up into the 70s and 80s during the day and fell only slightly at night with values in the 60s and 70s. September 27-30 After the passage of the cold front, cooler temperatures were left in place, however temperatures warmed slightly on the 28 th as winds out of the south brought up moisture and higher temperatures. On the evening of the 28 th a powerful cold front swept through with winds that brought with it the coldest weather since the spring. The rain associated with this fast moving system moved out by the morning of the 29 th leaving in its place mainly clear skies and fall-like weather across the state. These clear skies continued overnight and into the morning on the 30 th causing temperatures to plummet. Rainfall amounts during this time frame averaged a little more or less than a half-inch. High temperatures that were in the 70s and 80s from the 27 th -29 th gave way to 60s on the 30 th. Lows dropped down into the 30s across the northern part of the state, while the south lingered in the 40s. Temperature Region Average Normal Deviation Northwest 68.6 64.6 4.0 North central 67.8 63.9 3.9 Northeast 67.4 63.5 3.9 West central 69.7 65.9 3.8 Central 69.2 65.3 4.0 East central 68.5 64.5 4.1 Southwest 72.1 68.2 3.9 South central 71.3 67.5 3.8 Southeast 70.3 66.9 3.4 State 69.5 65.7 3.9 Precipitation Region Total Normal Deviation Percent of Normal Northwest 4.56 3.21 1.35 142 North central 4.60 3.30 1.30 139

Northeast 4.43 3.19 1.24 139 West central 4.88 3.03 1.85 161 Central 4.80 2.99 1.82 161 East central 4.94 2.79 2.15 177 Southwest 3.40 3.13 0.27 109 South central 3.51 3.11 0.40 113 Southeast 3.17 2.97 0.20 107 State 4.27 3.09 1.18 138 Local extremes with over 50% of the data available Site Ob Dev % Available Data Low Precipitation NOBLESVILLE 1.25-1.77 77 High Precipitation CHALMERS_5_W 6.94 3.99 100 Fall Season-to-date (Same as September 2005) Temperature Region Average Normal Deviation Northwest 68.6 64.6 4.0 North central 67.8 63.9 3.9 Northeast 67.4 63.5 3.9 West central 69.7 65.9 3.8 Central 69.2 65.3 4.0 East central 68.5 64.5 4.1 Southwest 72.1 68.2 3.9 South central 71.3 67.5 3.8 Southeast 70.3 66.9 3.4 State 69.5 65.7 3.9 Precipitation Region Total Normal Deviation Percent of Normal Northwest 4.56 3.21 1.35 142 North central 4.60 3.30 1.30 139 Northeast 4.43 3.19 1.24 139

West central 4.88 3.03 1.85 161 Central 4.80 2.99 1.82 161 East central 4.94 2.79 2.15 177 Southwest 3.40 3.13 0.27 109 South central 3.51 3.11 0.40 113 Southeast 3.17 2.97 0.20 107 State 4.27 3.09 1.18 138 Annual-to-date January-September 2005 Temperature Region Average Normal Deviation Northwest 55.1 53.5 1.6 North central 54.4 53.0 1.5 Northeast 54.0 52.6 1.4 West central 56.7 55.1 1.6 Central 56.3 54.6 1.7 East central 55.4 53.8 1.6 Southwest 60.2 58.3 2.0 South central 59.3 57.7 1.6 Southeast 58.2 56.8 1.4 State 56.7 55.1 1.6 Precipitation Region Total Normal Deviation Percent of Normal Northwest 27.85 29.28-1.43 95 North central 29.73 29.30 0.43 101 Northeast 28.46 28.34 0.12 100 West central 35.66 31.77 3.89 112 Central 39.36 31.30 8.06 126 East central 36.80 30.27 6.53 122 Southwest 36.27 34.71 1.55 104 South central 37.28 35.04 2.24 106 Southeast 34.69 34.02 0.67 102

State 34.31 31.63 2.68 108

Contributions made by Al Shipe NWS Indianapolis