Hartridge (Freedonia): Difference between revisions
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|area_blank2_title = | |area_blank2_title = | ||
<!-- square miles --> | <!-- square miles --> | ||
|area_total_sq_mi = | |area_total_sq_mi = 110 | ||
|area_land_sq_mi = | |area_land_sq_mi = 100 | ||
|area_water_sq_mi = | |area_water_sq_mi = 10 | ||
|area_urban_sq_mi = | |area_urban_sq_mi = | ||
|area_rural_sq_mi = | |area_rural_sq_mi = | ||
|area_metro_sq_mi = | |area_metro_sq_mi = | ||
|area_blank1_sq_mi = | |area_blank1_sq_mi = | ||
|area_blank2_sq_mi = | |area_blank2_sq_mi = | ||
Line 124: | Line 124: | ||
|elevation_footnotes = | |elevation_footnotes = | ||
|elevation_ft = 152 | |elevation_ft = 152 | ||
|population_footnotes = | |population_footnotes = 770,000 people live in the Hartridge Metropolitan Area | ||
|population_as_of = 2022 | |population_as_of = 2022 | ||
|population_total = | |population_total = 109,000 | ||
|population_density_sq_mi = | |population_density_sq_mi = 1,090 | ||
|population_note = Population Density based on | |population_note = Population Density based on City Land Area | ||
|population_demonym = Hartridgeain | |population_demonym = Hartridgeain | ||
|timezone1 = Freedonia Time | |timezone1 = Freedonia Time | ||
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{{Weather box|width=auto | {{Weather box|width=auto | ||
|location = Downtown Hartridge, | |location = Downtown Hartridge, North Region, Freedonia, 1991–2020 normals, extremes 1944–present | ||
|single line = Y | |single line = Y | ||
| Jan high F = | | Jan high F = 82 | ||
| Feb high F = | | Feb high F = 82 | ||
| Mar high F = | | Mar high F = 78 | ||
| Apr high F = | | Apr high F = 72 | ||
| May high F = | | May high F = 67 | ||
| Jun high F = | | Jun high F = 64 | ||
| Jul high F = | | Jul high F = 62 | ||
| Aug high F = | | Aug high F = 62 | ||
| Sep high F = | | Sep high F = 65 | ||
| Oct high F = | | Oct high F = 69 | ||
| Nov high F = | | Nov high F = 74 | ||
| Dec high F = | | Dec high F = 79 | ||
|year high F = | |year high F = | ||
|Jan mean F = | |Jan mean F = | ||
Line 197: | Line 197: | ||
|Dec mean F = | |Dec mean F = | ||
|year mean F = | |year mean F = | ||
| Jan low F = | | Jan low F = 64 | ||
| Feb low F = | | Feb low F = 63 | ||
| Mar low F = | | Mar low F = 60 | ||
| Apr low F = | | Apr low F = 56 | ||
| May low F = | | May low F = 52 | ||
| Jun low F = | | Jun low F = 48 | ||
| Jul low F = | | Jul low F = 45 | ||
| Aug low F = | | Aug low F = 45 | ||
| Sep low F = | | Sep low F = 47 | ||
| Oct low F = | | Oct low F = 53 | ||
| Nov low F = | | Nov low F = 57 | ||
| Dec low F = | | Dec low F = 61 | ||
|year low F = | |year low F = | ||
|Jan record high F = | |Jan record high F = 109 | ||
|Feb record high F = | |Feb record high F = 108 | ||
|Mar record high F = | |Mar record high F = 101 | ||
|Apr record high F = | |Apr record high F = 99 | ||
|May record high F = | |May record high F = 95 | ||
|Jun record high F = | |Jun record high F = 90 | ||
|Jul record high F = | |Jul record high F = 86 | ||
|Aug record high F = | |Aug record high F = 85 | ||
|Sep record high F = | |Sep record high F = 92 | ||
|Oct record high F = | |Oct record high F = 100 | ||
|Nov record high F = | |Nov record high F = 104 | ||
|Dec record high F = | |Dec record high F = 107 | ||
|year record high F = | |year record high F = 109 | ||
|Jan record low F = | |Jan record low F = 50 | ||
|Feb record low F = | |Feb record low F = 49 | ||
|Mar record low F = | |Mar record low F = 46 | ||
|Apr record low F = | |Apr record low F = 42 | ||
|May record low F = | |May record low F = 36 | ||
|Jun record low F = | |Jun record low F = 32 | ||
|Jul record low F = | |Jul record low F = 29 | ||
|Aug record low F = | |Aug record low F = 28 | ||
|Sep record low F = | |Sep record low F = 35 | ||
|Oct record low F = | |Oct record low F = 39 | ||
|Nov record low F = | |Nov record low F = 45 | ||
|Dec record low F = | |Dec record low F = 48 | ||
|year record low F = | |year record low F = 28 | ||
|precipitation colour = green | |precipitation colour = green | ||
| Jan precipitation inch = | | Jan precipitation inch = 6.71 | ||
| Feb precipitation inch = | | Feb precipitation inch = 6.19 | ||
| Mar precipitation inch = | | Mar precipitation inch = 5.28 | ||
| Apr precipitation inch = 3. | | Apr precipitation inch = 3.27 | ||
| May precipitation inch = 2.78 | | May precipitation inch = 2.78 | ||
| Jun precipitation inch = 2.56 | | Jun precipitation inch = 2.56 | ||
Line 246: | Line 246: | ||
| Aug precipitation inch = 2.28 | | Aug precipitation inch = 2.28 | ||
| Sep precipitation inch = 2.53 | | Sep precipitation inch = 2.53 | ||
| Oct precipitation inch = | | Oct precipitation inch = 3.33 | ||
| Nov precipitation inch = | | Nov precipitation inch = 5.38 | ||
| Dec precipitation inch = | | Dec precipitation inch = 6.26 | ||
|year precipitation inch = | |year precipitation inch = | ||
| unit precipitation days = 0.01 in | | unit precipitation days = 0.01 in | ||
| Jan precipitation days = | | Jan precipitation days = 15 | ||
| Feb precipitation days = | | Feb precipitation days = 14 | ||
| Mar precipitation days = | | Mar precipitation days = 13 | ||
| Apr precipitation days = | | Apr precipitation days = 10 | ||
| May precipitation days = | | May precipitation days = 10 | ||
| Jun precipitation days = | | Jun precipitation days = 9 | ||
| Jul precipitation days = | | Jul precipitation days = 8 | ||
| Aug precipitation days = | | Aug precipitation days = 9 | ||
| Sep precipitation days = | | Sep precipitation days = 10 | ||
| Oct precipitation days = | | Oct precipitation days = 11 | ||
| Nov precipitation days = 14 | | Nov precipitation days = 14 | ||
| Dec precipitation days = | | Dec precipitation days = 16 | ||
| year precipitation days = | | year precipitation days = | ||
|Jan snow inch = | |Jan snow inch = | ||
Line 298: | Line 298: | ||
==Demographics== | ==Demographics== | ||
{{Historical populations | {{Historical populations | ||
| | | 1830 | 900 | ||
| | | 1840 | 2,000 | ||
| 1850 | 3,000 | |||
| 1878 | 12,000 | |||
| | | 1882 | 18,000 | ||
| | | 1910 | 10,000 | ||
| | | 1920 | 16,000 | ||
| | | 1930 | 22,000 | ||
| | | 1932 | 25,000 | ||
| | | 1939 | 29,000 | ||
| | | 1958 | 40,000 | ||
| | | 1978 | 63,000 | ||
| | | 1992 | 77,000 | ||
| | | 2002 | 88,000 | ||
| 1992 | | | 2015 | 109,000 | ||
| 2002 | | |||
| | |||
}} | }} | ||
Revision as of 21:24, 25 May 2022
Hartridge | |
---|---|
City-County/ Regional Capital | |
Nickname(s): Spring City, Garden City, City by the Lake | |
Country | Freedonia |
Region | Southland |
Founded by | Cornell Hartridge |
Government | |
• Mayor | Sophia Swason (GSP) |
Area | |
• Total | 110 sq mi (300 km2) |
• Land | 100 sq mi (300 km2) |
• Water | 10 sq mi (30 km2) |
Elevation | 152 ft (46 m) |
Population (2022)770,000 people live in the Hartridge Metropolitan Area | |
• Total | 109,000 |
• Density | 1,090/sq mi (420/km2) |
Population Density based on City Land Area | |
Demonym | Hartridgeain |
Time zone | Freedonia Time |
Hartridge also known as Hartridge City is the largest city and capital of Southland. It is the nation's largest city. Hartridge is known for its natural beauty, lake shore, beach shore, mountain, and forest views. Hartridge University is located in the city. Hartridge has a population as of the 2022 census, of 618,000 people living in the Municipality. 1.7 million people live in the Metropolitan Area of Hartridge. Hartridge is located on an narrow area between Lake Hannah and the (Hartridge Bay) Toyana Ocean. With the Spring Canal connecting the two bodies of water.
History
Geography
The City County of Hartridge is the smallest county by land area in Southland. Located between Lake Hannah, Hartridge Bay which opens up to the Cantalle Ocean, and the Southerland Mountains. The city rapidly rises from sea level to 120-220 feet in elevation. In some places on the north and south ends of the city, hills reach elevations of 560 to 980 feet.
Lake Hannah is the largest lake in Freedonia at 182 square miles. Of which 48 square miles of the lake is owned by the Hartridge Municipality. The Municipality also faces Hartridge Bay which is 690 square miles in area. The Municipality owns 114 square miles of the bay. The remaining area is divided between the greenbelt and the urban area. The Urban Area is 290 square miles. 18 miles east to west in length. And 16.12 miles north to south in width.
Outside of this area to the north is the Hartridge Greenbelt Park, at 128 square miles. It is mountainous and heavily forested. The greenbelt is home to the tallest mountain in the city at 2,300 feet in height. Most hills and mountains in the greenbelt are between 1,800 and 2,300 feet.
In 1973 the Spring Canal was completed, connecting Lake Hannah and Hartridge Bay. The Area prior to this was well known for flooding during heavy rainfall as well as flooding from Lake Hannah overflowing it's banks. The area as a result was left as a natural flood plain, dividing the northern and southern parts of the city. The Area was raised from a elevation of 29 feet to 63 feet during the 1980's. The area during the 1990's was developed into a mixed use area of high density commerical and housing.
Uptown and Downtown Hartridge was built along the new lands. The Central Business District is located along the banks of Spring Canal and the Bayshore. The city is still at risk of flooding, though not to the extent prior to 1973.
Climate
Hartridge has a mild Humid Subtropical Climate. The city experiences plenty of rainfall evenly distributed throughout the year. Warm to mild temperatures are common. The city receives on average 56.6 inches of rainfall each year. With 173 days of precipitation recorded on average each year. With a summer wet season lasting from December to March. As a result of sitting between two bodies of water, the temperatures are milder and conditions are humid throughout most of the year than the surrounding suburbs and rural areas.
A record high of 98°F was recorded on January 18, 1998 at the height of a 7 day stretch of 90°F+ temperatures. A record low of 27°F was recorded on July 5, 2003. The wettest month was January of 1992 with 25 inches recorded. The driest month was March of 2018 with 1 inch of rainfall. The wettest year was 1934 with 120 inches of rainfall recorded. The driest year was 2016 with 36 inches of rainfall.
Heatwaves are considered when temperatures reach or exceed 90°F in the city for 2 days or more. A coldwave or cold snap is declared when temperatures are 10°F degrees below the average high temperature for 2 days or more. Snow has been reported on multiple occasions during the 19th century, 5 times during the 20th century, and just 2 times during the 21st century. The most recent event was when 1/2 to 1 inches of snow fell in the city on July 28, 2019. The heaviest snowfall ever recorded was on July 18, 2008 with 6 inches of snow reported across the city.
Climate data for Downtown Hartridge, North Region, Freedonia, 1991–2020 normals, extremes 1944–present | |||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Month | Jan | Feb | Mar | Apr | May | Jun | Jul | Aug | Sep | Oct | Nov | Dec | Year |
Record high °F (°C) | 109 (43) |
108 (42) |
101 (38) |
99 (37) |
95 (35) |
90 (32) |
86 (30) |
85 (29) |
92 (33) |
100 (38) |
104 (40) |
107 (42) |
109 (43) |
Average high °F (°C) | 82 (28) |
82 (28) |
78 (26) |
72 (22) |
67 (19) |
64 (18) |
62 (17) |
62 (17) |
65 (18) |
69 (21) |
74 (23) |
79 (26) |
71 (22) |
Average low °F (°C) | 64 (18) |
63 (17) |
60 (16) |
56 (13) |
52 (11) |
48 (9) |
45 (7) |
45 (7) |
47 (8) |
53 (12) |
57 (14) |
61 (16) |
54 (12) |
Record low °F (°C) | 50 (10) |
49 (9) |
46 (8) |
42 (6) |
36 (2) |
32 (0) |
29 (−2) |
28 (−2) |
35 (2) |
39 (4) |
45 (7) |
48 (9) |
28 (−2) |
Average precipitation inches (mm) | 6.71 (170) |
6.19 (157) |
5.28 (134) |
3.27 (83) |
2.78 (71) |
2.56 (65) |
2.23 (57) |
2.28 (58) |
2.53 (64) |
3.33 (85) |
5.38 (137) |
6.26 (159) |
48.8 (1,240) |
Average precipitation days (≥ 0.01 in) | 15 | 14 | 13 | 10 | 10 | 9 | 8 | 9 | 10 | 11 | 14 | 16 | 139 |
Source: Freedonia Weather Service |
Parks and Gardens
Demographics
Historical population | ||
---|---|---|
Year | Pop. | ±% |
1830 | 900 | — |
1840 | 2,000 | +122.2% |
1850 | 3,000 | +50.0% |
1878 | 12,000 | +300.0% |
1882 | 18,000 | +50.0% |
1910 | 10,000 | −44.4% |
1920 | 16,000 | +60.0% |
1930 | 22,000 | +37.5% |
1932 | 25,000 | +13.6% |
1939 | 29,000 | +16.0% |
1958 | 40,000 | +37.9% |
1978 | 63,000 | +57.5% |
1992 | 77,000 | +22.2% |
2002 | 88,000 | +14.3% |
2015 | 109,000 | +23.9% |