67
The Author(s), under exclusive license to Springer Nature Switzerland
AG 2021
E. Duulatov et al., Current and Future Trends of Rainfall Erosivity and Soil
Erosion in Central Asia, SpringerBriefs in Environmental Science,
https://doi.org/10.1007/978-3-030-63509-1
Appendix
Average annual rainfall, rainfall erosivity, and erosivity density in Kazakhstan
(1970–2017)
No Stations
Lat
(∘)
Long
(∘)
Altitude
(m)
Annual
rainfall
(mm)
R factor (MJ
mm ha
−1 h
−1
year
−1
)
Erosivity
density (MJ
ha
−1 h
−1 )
1
Petropavl
53.49 69.08 262
384.6
701.3
1.82
2
Ruzaevka
52.8 67
233
352.4
609.2
1.73
3
Saumalkol
53.3 68.1
310
423.6
819.2
1.93
4
Sergeevka
53.9 67.4
143
371.6
663.5
1.79
5
Blagoveshenka
54.4 67
138
349.5
600.9
1.72
6
Yavlenka
54.4 68.4
116
363.9
641.4
1.76
7
Timiryazevo
53.7 66.4
165
336.5
565.3
1.68
8
Bulaevo
54.9 70.5
128
378.9
684.6
1.81
9
Vozvyshenka
54.4 70.9
123
329.6
546.8
1.66
10 Tayinsha
53.8 69.8
164
338.7
571.4
1.69
11 Chkalovo
53.6 70.5
159
326.2
538.0
1.65
12 Kishkenekol
53.6 72.4
124
311.8
500.1
1.60
13 Amangeldy
50.2 65.18 137
208.7
262.1
1.26
14 Ekidyn
49.53 66.13 202
207.7
260.1
1.25
15 Aralkol
51.1 62.9
254
286.8
437.2
1.52
16 Zheleznodorozhny 52.1 65.6
254
282.7
427.2
1.51
17 Karasu
52.7 65.5
202
301.6
474.0
1.57
18 Presnogorkovka
54.5 65.8
159
355.9
618.9
1.74
19 Karabalyk
53.8 62.1
182
350.0
602.5
1.72
20 Michailovka
53.6 64.3
185
325.4
535.7
1.65
21 Arshalinsky
52.7 61.2
280
354.5
615.0
1.73
22 Kostanay
53.2 63.6
167
337.0
566.8
1.68