Release of young aquatic biological resources into fishery water bodies in the Russian Federation
million units
The indicator reflects the scale of replenishment of aquatic biological resources in fishery objects across the Russian Federation. It measures the release volume in millions of units. It records the number of juveniles directed to the natural habitat for restoring fish and other aquatic populations. The data allow assessment of the intensity of artificial propagation of aquatic biological resources in the country
Trends in the release of juvenile aquatic biological resources in millions of units
- Выпуск молоди водных биологических ресурсов
- из них: — осетровых
- из них: — лососевых
- из них: — сиговых
- из них: — растительноядных
- из них: — частиковых
See also
- Carbon dioxide emissions in Russia by year long time series by year
- Выбросы в атмосферу в России по годам: 2000–2025 indicator breakdown
- Сколько отходов образуется в России: 2016–2025 indicator breakdown
Set in numbers
The table holds 6 series in million units, running from 2000 to 2025, 26 reporting periods. 156 values in total.
“Выпуск молоди водных биологических ресурсов” fell by a factor of 2.7 between 2000 and 2025: from 6,646 to 2,419. The highest value in the series is 10,057 in 2010.
All table numbers are series: 6
| Series | 2000 | 2001 | 2002 | 2003 | 2004 | 2005 | 2006 | 2007 | 2008 | 2009 | 2010 | 2011 | 2012 | 2013 | 2014 | 2015 | 2016 | 2017 | 2018 | 2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2025 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Выпуск молоди водных биологических ресурсов | 6 646,10 | 6 757,20 | 6 850,80 | 6 981,20 | 6 452,20 | 6 938,60 | 7 418,70 | 7 653,70 | 7 908,40 | 9 432,00 | 10 056,80 | 9 777,70 | 9 940,30 | 9 275,60 | 8 864,70 | 8 974,80 | 8 980,60 | 9 076,80 | 9 651,80 | 8 848,50 | 8 353,20 | 3 136,30 | 2 695,63 | 2 848,90 | 2 596,83 | 2 419,10 |
| из них: — осетровых | 82,70 | 93,60 | 89,90 | 70,60 | 70,30 | 59,60 | 72,10 | 70,70 | 57,20 | 37,90 | 51,30 | 47,10 | 45,20 | 55,30 | 59,80 | 58,50 | 61,20 | 59,30 | 60,60 | 67,10 | 74,20 | 75,90 | 79,64 | 84,60 | 83,15 | 82,10 |
| из них: — лососевых | 684,70 | 598,50 | 692,00 | 631,60 | 690,00 | 682,50 | 694,90 | 759,50 | 930,90 | 813,20 | 1 110,00 | 958,50 | 929,90 | 1 016,40 | 1 073,00 | 993,40 | 1 033,20 | 1 039,80 | 852,50 | 1 081,60 | 1 148,80 | 1 100,70 | 1 059,57 | 1 101,70 | 906,52 | 819,60 |
| из них: — сиговых | 46,10 | 59,00 | 66,50 | 61,50 | 59,50 | 45,40 | 34,50 | 59,90 | 86,40 | 96,50 | 109,20 | 150,00 | 19,80 | 26,80 | 48,70 | 95,70 | 147,90 | 462,00 | 483,50 | 228,50 | 219,70 | 356,80 | 185,07 | 121,70 | 116,34 | 93,40 |
| из них: — растительноядных | 50,80 | 66,40 | 93,90 | 97,70 | 86,40 | 83,30 | 77,10 | 68,50 | 40,70 | 27,40 | 24,00 | 29,80 | 27,70 | 26,40 | 25,50 | 27,40 | 11,30 | 15,20 | 12,30 | 8,40 | 9,30 | 9,20 | 11,40 | 16,70 | 17,80 | 27,70 |
| из них: — частиковых | 5 781,90 | 5 939,70 | 5 908,60 | 6 111,60 | 5 544,00 | 6 065,90 | 6 533,60 | 6 689,50 | 6 788,60 | 8 451,40 | 8 757,10 | 8 588,00 | 8 908,50 | 8 149,30 | 7 653,90 | 7 798,60 | 7 724,20 | 7 499,70 | 8 242,80 | 7 462,40 | 6 901,00 | 1 593,50 | 1 359,65 | 1 523,80 | 1 469,10 | 1 395,10 |
How to read this table
Rows represent different years, specifically 2000, 2001 and 2002. Comparing the figures across years shows the dynamics of release volumes. One can see the difference between total release and specific groups, for example isolating only perciform fish from the total. In the 2000 row, the juvenile release was 6646.1 million units, of which perciform fish accounted for 5781.9 million units
What is visible in these numbers
The largest value belongs to “Выпуск молоди водных биологических ресурсов” — 2,419 million units; the smallest is “из них: — растительноядных” at 27.7 million units. The gap between them is 87.3-fold.
More in the section Environment»
Period and application
The information covers the years 2000, 2001 and 2002. It is presented as a snapshot without time periods in the column structure. These data are useful for ecologists, fishery specialists and government agencies analyzing the effectiveness of bioresource restoration programs. Regular use of such data helps plan environmental protection measures and water body management
1) По данным Росрыболовства.
2) Без учета статистической информации по Донецкой Народной Республике (ДНР), Луганской Народной Республике (ЛНР), Запорожской и Херсонской областям.
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