Suhum/Kraboa/Coaltar District
The Suhum-Kraboa-Coaltar District is one of the twenty-one (21) districts of the Eastern Region of south Ghana. The capital is Suhum.[1]
Suhum-Kraboa-Coaltar District | |
---|---|
![]() Seal | |
![]() Eastern Region districts | |
![]() ![]() Suhum-Kraboa-Coaltar District Location of Suhum-Kraboa-Coaltar district in Eastern Region | |
Coordinates: 6.0344°N 0.4524°W | |
Region | Eastern Region |
Capital | Suhum |
Government | |
• Type | District Assembly |
• District Executive | Michael Kofi Mensah |
Area | |
• Total | 1,018 km2 (393 sq mi) |
Population (2013) | |
• Total | — |
Time zone | UTC+0 (Greenwich Mean Time) |
• Summer (DST) | GMT |
Geography
Suhum-Kraboa-Coaltar District shares boundaries with East Akim Municipal District to the north, Akuapim South Municipal District to the south, West Akim District and Kwaebibirem District to the west and New Juaben and Akuapim North to the east. The Suhum-Kraboa-Coaltar District covers an area of 1,018 km². The river Densu is the largest water body within the district and flows from the northern part of the district to the south.[1]
List of settlements
The Suhum-Kraboa-Coaltar district is essentially a rural district with only Suhum (the capital) being classified as an urban area.
Settlements of Suhum-Kraboa-Coaltar District | |||
No. | Settlement | Population | Population year |
---|---|---|---|
1 | Abenabu No. 2 | ||
2 | Akorabo | ||
3 | Akyeansa | ||
4 | Amanase | ||
5 | Anum Apapam | ||
6 | Asuboi | ||
7 | Brong Densuso | ||
8 | Kraboa Coaltar | ||
9 | Dokrokyewa | ||
10 | Kofi pare | ||
11 | Krabokese | ||
12 | Kuano | ||
13 | Kwaboanta | ||
14 | Obuoho | ||
15 | Okorase | ||
16 | Otoase | ||
17 | Sowatey | ||
18 | Suhum | 49,398 | 2013 |
19 | Teacher Mante | ||
20 | Nankese | ||
gollark: Not particularly!
gollark: - built-in CNC laser system to etch results/calculations into surfaces
gollark: Ah yes, that is an idea which exists alright.
gollark: <@!293066066605768714> further calculator ideas:- add a few hundred megabytes of RAM and use arbitrary-size integers, so you can properly do hyperoperations- if the user asks something difficult, just ask WolframAlpha for the answer- allow convenient customization to the user's needs via a bad hex editor which directly updates the firmware- built in speakers and maths→sound encoder- build lots of them and make them able to network with each other via cheap 2.4GHz radio thingies or ultrasound etc. for complex computations or just funlolz- upload good mathematician's brains to it so it can do proofs and whatnot- actually, just make a random theorem generator
gollark: Nonsense, it's easy to connect your Linux system as long as you have an internet connection available to download packages and drivers.
References
This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.