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Area of reclaimed land in Russia

hectares

· dynamics annual · rows: 36 · periods: 5 · section: Environmental protection (в России. 2024)

From 2019 to 2023, annual soil restoration work was conducted in Russia, with volumes recorded in hectares. The rows are categorized by the causes of land disturbance, including mineral resource extraction and oil or gas transit leaks. The statistics cover annual nationwide indicators, showing the overall dynamics of natural resource restoration

shown 25 largest of 36
0 50,000 100,000 150,000 200,000 2019 2020 2021 2022 2023
how it will look

Chart of reclaimed land area in Russia, 2019–2023, hectares

Total during mineral extraction (in…during mineral extraction (including common minerals) due to leakage during transit…due to leakage during transit of oil, gas, oil products during construction work during reclamation works during timber harvesting during survey work during placement of industria…during placement of industrial (including construction) and solid municipal waste during other work Total during mineral extraction (in…during mineral extraction (including common minerals) due to leakage during transit…due to leakage during transit of oil, gas, oil products 2019 2023

Who grew, who fell: 2019 → 2023

unchanged during construction work · 2023: 110,724 hectares · 2019: 30,372 · +80,352 during construction work +80,352 Total · 2023: 171,361 hectares · 2019: 102,225 · +69,136 Total +69,136 during construction work · 2023: 17,727 hectares · 2019: 13,710 · +4,017 during construction work +4,017 during timber harvesting · 2023: 6,967 hectares · 2019: 4,783 · +2,184 during timber harvesting +2,184 during timber harvesting · 2023: 6,862 hectares · 2019: 4,738 · +2,124 during timber harvesting +2,124 during reclamation works · 2023: 1,009 hectares · 2019: 89.0 · +920.0 during reclamation works +920.0 during reclamation works · 2023: 1,090 hectares · 2019: 504.0 · +586.0 during reclamation works +586.0 during construction work · 2023: 12,270 hectares · 2019: 11,705 · +565.0 during construction work +565.0 during placement of industrial (including construction) and solid municipal waste · 2023: 356.0 hectares · 2019: 219.0 · +137.0 during placement… solid municipal wasteduring placement of industrial (including construction) and solid municipal waste +137.0 during timber harvesting · 2023: 91.0 hectares · 2019: 5.00 · +86.0 during timber harvesting +86.0 during placement of industrial (including construction) and solid municipal waste · 2023: 68.0 hectares · 2019: 17.0 · +51.0 during placement… solid municipal wasteduring placement of industrial (including construction) and solid municipal waste +51.0 due to leakage during transit of oil, gas, oil products · 2023: 42.0 hectares · 2019: 136.0 · −94.0 due to leakage… oil, gas, oil productsdue to leakage during transit of oil, gas, oil products −94.0 during other work · 2023: 4,039 hectares · 2019: 4,190 · −151.0 during other work −151.0 during reclamation works · 2023: 67.0 hectares · 2019: 315.0 · −248.0 during reclamation works −248.0 due to leakage during transit of oil, gas, oil products · 2023: 137.0 hectares · 2019: 618.0 · −481.0 due to leakage… oil, gas, oil productsdue to leakage during transit of oil, gas, oil products −481.0 due to leakage during transit of oil, gas, oil products · 2023: 232.0 hectares · 2019: 806.0 · −574.0 due to leakage… oil, gas, oil productsdue to leakage during transit of oil, gas, oil products −574.0 during other work · 2023: 1,935 hectares · 2019: 2,612 · −677.0 during other work −677.0 Total · 2023: 56,125 hectares · 2019: 57,416 · −1,291 Total −1,291 during survey work · 2023: 3,987 hectares · 2019: 6,175 · −2,188 during survey work −2,188 during mineral extraction (including common minerals) · 2023: 5,332 hectares · 2019: 9,364 · −4,032 during mineral… common minerals)during mineral extraction (including common minerals) −4,032 during survey work · 2023: 2,015 hectares · 2019: 6,116 · −4,101 during survey work −4,101 during mineral extraction (including common minerals) · 2023: 26,447 hectares · 2019: 31,297 · −4,850 during mineral… common minerals)during mineral extraction (including common minerals) −4,850 during survey work · 2023: 7,306 hectares · 2019: 12,339 · −5,033 during survey work −5,033 Total · 2023: 22,856 hectares · 2019: 30,526 · −7,670 Total −7,670 during mineral extraction (including common minerals) · 2023: 40,751 hectares · 2019: 49,056 · −8,305 during mineral… common minerals)during mineral extraction (including common minerals) −8,305

Set in numbers

Rosstat data for 2019–2023. Rows: 36, periods: 5. Unit of measurement — hectares. Breakdown: Total; during mineral extraction (including …; due to leakage during oil, gas and product transit; during construction work; during land reclamation and others

Total: the indicator increased from 102,225 to 171,361 over 2019–2023 — by 67.6%. The highest value was 193,692 (2022), the lowest was 102,225 (2019). This is an average annual growth of 13.8%. Out of 25 largest rows, 11 increased and 14 decreased

All table numbers are series: 36
Series 20192020202120222023
Всего 102 225,00 124 155,00 139 753,00 193 692,00 171 361,00
при разработке месторождений полезных ископаемых (включая общераспространенные полезные ископаемые) 49 056,00 62 654,00 54 207,00 45 668,00 40 751,00
вследствие утечки при транзите нефти, газа, продуктов переработки нефти 806,00 132,00 163,00 187,00 232,00
при строительных работах 30 372,00 34 170,00 23 882,00 60 449,00 110 724,00
при мелиоративных работах 504,00 2 271,00 1 707,00 950,00 1 090,00
при лесозаготовительных работах 4 738,00 6 298,00 44 598,00 7 725,00 6 862,00
при изыскательских работах 12 339,00 8 970,00 6 069,00 4 447,00 7 306,00
при размещении промышленных (в том числе строительных) и твердых бытовых отходов 219,00 769,00 265,00 412,00 356,00
при иных работах 4 190,00 8 892,00 8 861,00 73 854,00 4 039,00
Всего 30 526,00 30 058,00 24 554,00 120 950,00 22 856,00
при разработке месторождений полезных ископаемых (включая общераспространенные полезные ископаемые) 9 364,00 4 246,00 5 309,00 5 537,00 5 332,00
вследствие утечки при транзите нефти, газа, продуктов переработки нефти 618,00 23,00 60,00 72,00 137,00
при строительных работах 11 705,00 12 259,00 10 161,00 42 583,00 12 270,00
при мелиоративных работах 89,00 2 029,00 1 254,00 739,00 1 009,00
при лесозаготовительных работах 5,00 147,00 301,00 88,00 91,00
при изыскательских работах 6 116,00 4 960,00 1 590,00 33,00 2 015,00
при размещении промышленных (в том числе строительных) и твердых бытовых отходов 17,00 442,00 68,00 143,00 68,00
при иных работах 2 612,00 5 952,00 5 811,00 71 756,00 1 935,00
Всего 57 416,00 65 027,00 121 376,00 51 243,00 56 125,00
при разработке месторождений полезных ископаемых (включая общераспространенные полезные ископаемые) 31 297,00 34 521,00 38 126,00 28 636,00 26 447,00
вследствие утечки при транзите нефти, газа, продуктов переработки нефти 136,00 47,00 51,00 48,00 42,00
при строительных работах 13 710,00 17 247,00 35 400,00 10 988,00 17 727,00
при мелиоративных работах 315,00 64,00 48,00 0,00 67,00
при лесозаготовительных работах 4 783,00 6 700,00 44 206,00 7 196,00 6 967,00
при изыскательских работах 6 175,00 3 974,00 2 328,00 3 621,00 3 987,00
при размещении промышленных (в том числе строительных) и твердых бытовых отходов 75,00 51,00 18,00 2,70 34,00
при иных работах 966,00 2 424,00 1 200,00 751,00 853,00
Всего 13 321,00 28 551,00 12 961,00 11 009,00 24 057,00
при разработке месторождений полезных ископаемых (включая общераспространенные полезные ископаемые) 8 247,00 24 575,00 7 416,00 4 508,00 4 517,00
вследствие утечки при транзите нефти, газа, продуктов переработки нефти 1 995,00 15,00 4,50 70,00 68,00
при строительных работах 2 666,00 3 162,00 1 744,00 4 741,00 17 521,00
при мелиоративных работах 103,00 241,00 302,00 214,00 21,00
при лесозаготовительных работах 2,40 34,00 585,00 17,00 17,00
при изыскательских работах 78,00 23,00 1 949,00 3,50 916,00
при размещении промышленных (в том числе строительных) и твердых бытовых отходов 123,00 257,00 82,00 140,00 31,00
при иных работах 507,00 245,00 878,00 1 315,00 966,00

How to read this table

The breakdown by row identifies which factors require the most intensive human intervention. It allows for a comparison between land area restored after mineral extraction and areas affected by hydrocarbon transport accidents. This helps assess the structure of environmental remediation efforts and identify the primary sources of soil degradation across Russia

What is visible in these numbers

Highest values: Total (121,376), during other works (71,756), during logging (44,206). The gap between the highest and lowest is 892.5 times

Observations are annual, with 5 observation periods in the dataset. There are 125 values in the table out of 125 possible, i.e. 100%; data gaps are virtually absent

More in the section Environmental protection»

Period and application

Annual updates as part of environmental monitoring allow for tracking work volumes in hectares from 2019 to 2023. This information is useful for ecologists, land management specialists, and representatives of the extractive industries to assess the effectiveness of environmental protection measures. Data provided by Rosstat

How it is calculated

Noted in the source itself: According to data from Rosprirodnadzor

1)По данным Росприроднадзора.