Amt Seelow-Land

Amt Seelow-Land is an Amt ("collective municipality") in the district of Märkisch-Oderland, in Brandenburg, Germany. Its seat is in Seelow, itself not part of the Amt.

The Amt Seelow-Land consists of the following municipalities:

  1. Falkenhagen
  2. Fichtenhöhe
  3. Lietzen
  4. Lindendorf
  5. Vierlinden

Demography
  • Development of Population since 1875 within the Current Boundaries (Blue Line: Population; Dotted Line: Comparison to Population Development of Brandenburg state; Grey Background: Time of Nazi rule; Red Background: Time of Communist rule)
  • Recent Population Development and Projections (Population Development before Census 2011 (blue line); Recent Population Development according to the Census in Germany in 2011 (blue bordered line); Official projections for 2005-2030 (yellow line); for 2014-2030 (red line); for 2017-2030 (scarlet line)
Amt Seelow-Land: Population development
within the current boundaries (2017)[1]
YearPop.±% p.a.
1875 7,695—    
1890 6,907−0.72%
1910 6,267−0.49%
1925 7,211+0.94%
1933 6,423−1.44%
1939 5,988−1.16%
1946 7,715+3.69%
1950 8,875+3.56%
1964 7,138−1.54%
1971 6,765−0.76%
1981 5,718−1.67%
1985 5,518−0.89%
1989 5,333−0.85%
1990 5,271−1.16%
1991 5,189−1.56%
YearPop.±% p.a.
1992 5,915+13.99%
1993 5,675−4.06%
1994 5,674−0.02%
1995 5,548−2.22%
1996 5,314−4.22%
1997 5,455+2.65%
1998 5,551+1.76%
1999 5,625+1.33%
2000 5,429−3.48%
2001 5,368−1.12%
2002 5,389+0.39%
2003 5,362−0.50%
2004 5,317−0.84%
2005 5,346+0.55%
2006 5,258−1.65%
YearPop.±% p.a.
2007 5,193−1.24%
2008 5,129−1.23%
2009 5,065−1.25%
2010 4,968−1.92%
2011 4,878−1.81%
2012 4,796−1.68%
2013 4,793−0.06%
2014 4,731−1.29%
2015 4,888+3.32%
2016 4,790−2.00%
2017 4,732−1.21%
2018 4,634−2.07%
2019 4,588−0.99%


gollark: It seems like AMD could have done a much better job than they did, though.
gollark: DRAM is what regular RAM sticks use: it uses a lot of capacitors to store data, which is cheap but high-latency to do anything with, and requires refreshing constantly. SRAM is just a bunch of transistors arranged to store data: it is very fast and low-power, but expensive because you need much more room for all the transistors.
gollark: They say they have 200 MB of SRAM on each (16nm) chip. That sounds hilariously expensive.
gollark: It's cool that they have a Vulkan-based version instead of just supporting CUDA only.
gollark: Swap on TPU *when*?

References
  1. Detailed data sources are to be found in the Wikimedia Commons.Population Projection Brandenburg at Wikimedia Commons


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