| Реферат: | eng: In the territory of industrially advanced regions in Central Siberia, large-scale industrial and civil construction as well as building of motor roads and railways requires considerable amount of construction and road stone. The Krasnoyarsk Territory and Irkutsk Region, alone, have twenty six crushed stone quarries with an overall area of 580.1 ha at deposits of granite, limestone, porphyrite, keratophyre and marble. The monitoring using the tools and resources of remote sensing has revealed negative trends in recovery of natural vegetative ecosystems at mined-out and operating crushed stone quarries. Natural recovery processes have resulted in regeneration of young forest ecosystem over the overall area of 90.7 ha. The field researches have specified the structure of forest ecosystems and determined specific weight of species of mixed forest and taiga at the close vicinity of examined quarries. The area at all quarries is dominated by pine, birch is in the second place, and poplar and quaking asp share the third position. Larch, willow shrub formation, fir tree and cedar make 5.6 % of the population of all trees growing in the quarries. The factors influencing number of tree groups in the quarries are determined. The principal effect on the forest population is exerted by the geographical orientation of a quarry relative to cardinal points; the annular rate of forest yield is affected by the presence or absence of a fertile mixture composed of soil layers and overburden. All quarries are conventionally placed into two groups with respect to conditions of generation and growth of forest ecosystems: lateral geometry and number of spoil banks. The remote sensing has detected quarry sites where local forest ecosystems have generated. The article puts forward a package of measures aimed at enhancement of ecological efficiency of natural forest recreation in the areas of mined-out quarries.
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| Цитирование: | 1. Ilin S. A., Kovalenko V. S., Pastikhin D. V. Preodolenie iznachalnykh nedostatkov otkrytogo sposoba razrabotki: opyt i rezultaty (The overcoming of the open cut mining initial disadvantages: experience and results). Gornyi Zhurnal = Mining Journal. 2012. No. 4. pp. 25–32.
2. Ilin S. A., Kovalenko V. S., Pastikhin D. V. Sibir kak perspektivnyy poligon dlya osvoeniya mineralnykh resursov otkrytym sposobom (Siberia as a prospective ground for the development of mineral resources by open-cut method). Gornyi Zhurnal = Mining Journal. 2013. No. 3. pp. 63–67.
3. Zenkov I. V., Baradulin I. M. Obosnovanie konechnoy formy shchebenochnykh karerov Sibiri v tselyakh lesotekhnicheskoy rekultivatsii (Ultimate pit limit substantiation for the purpose of forestry reclamation of lands at ballast quarries in Siberia). Gornyi Zhurnal = Mining Journal. 2016. No. 3. pp. 45–48. doi: 10.17580/gzh.2016.03.18.
4. Talgamer B. L., Korobkova E. A. Obosnovanie rabot po prirodookhrannomu napravleniyu rekultivatsii vyrabotannogo prostranstva (Substantiation of works for nature conservation way of goaf reclamation). Vestnik Irkutskogo Gosudarstvennogo Tekhnicheskogo Universiteta = Vestnik of Irkutsk State Technical University. 2011. No. 9 (56). pp. 79–82.
5. Talgamer B. L., Semenov M. E., Korobkova E. A. Analiz struktury narushennykh karerami zemel v usloviyakh Vostochnoy Sibiri (Analysis of the structure of pit disturbed lands in Eastern Siberia). Izvestiya vysshikh uchebnykh zavedeniy. Gornyy zhurnal = News of the Higher Institutions. Mining Journal. 2012. No. 8. pp. 16–21.
6. Dekoninck Wouter, Hendrickx Frederik, Dethier Michel, Maelfait Jean-Pierre. Forest Succession Endangers the Special Ant Fauna of Abandoned Quarries along the River Meuse (Wallonia, Belgium). Restoration Ecology. 2010. Vol. 18(5). pp. 681–690.
7. Madejón E., Doronila A. I., Sanchez-Palacios J. T., Madejón P., Baker A. J. M. Arbuscular Mycorrhizal Fungi (AMF) and Biosolids Enhance the Growth of a Native Australian Grass on Sulphidic Gold Mine Tailings. Restoration Ecology. 2010. Vol. 18(S1). pp. 175–183.
8. Markham John, Young Ian, Renault Sylvie. Plant Facilitation on a Mine Tailings Dump. Restoration Ecology. 2011. Vol. 19(5). pp. 569–571.
9. Faucon Michel-Pierre, Parmentier Ingrid, Colinet Gilles, Mahy Grégory, Ngongo Luhembwe Michel, Meerts Pierre. May Rare Metallophytes Benefit from Disturbed Soils Following Mining Activity? The Case of the Crepidorhopalon tenuis in Katanga (D. R. Congo). Restoration Ecology. 2011. Vol. 19(3). pp. 333–343.
10. Dominguez-Haydar Yamileth, Armbrecht Inge. Response of Ants and Their Seed Removal in Rehabilitation Areas and Forests at El Cerrej n Coal Mine in Colombia. Restoration Ecology. 2011. Vol. 19(201). pp. 178–184.
11. Gentili Rodolfo, Sgorbati Sergio, Baroni Carlo. Plant Species Patterns and Restoration Perspectives in the Highly Disturbed Environment of the Carrara Marble Quarries (Apuan Alps, Italy). Restoration Ecology. 2011. Vol. 19(101). pp. 32–42.
12. Walter Cynthia A., Nelson Dean, Earle Jane I. Assessment of Stream Restoration: Sources of Variation in Macroinvertebrate Recovery throughout an 11-Year Study of Coal Mine Drainage Treatment. Restoration Ecology. 2012. Vol. 20(4). pp. 431–440.
13. Kappes Heike, Clausius Alexandra and Topp Werner. Historical Small-Scale Surface Structures as a Model for Post-Mining Land Reclamation. Restoration Ecology. 2012. Vol. 20(3). pp. 322–330.
14. Cusser Sarah, Goodell Karen. Diversity and Distribution of Floral Resources Influence the Restoration of Plant-Pollinator Networks on a Reclaimed Strip Mine. Restoration Ecology. 2013. Vol. 21(6). pp. 713–721.
15. Naeth M. Anne, Wilkinson Sarah R. Establishment of Restoration Trajectories for Upland Tundra Communities on Diamond Mine Wastes in the Canadian Arctic. Restoration Ecology. 2014. Vol. 22(4). pp. 534–543.
16. Gilland Keith E. and McCarthy Brian C. Microtopography Influences Early Successional Plant Communities on Experimental Coal Surface Mine Land Reclamation. Restoration Ecology. 2014. Vol. 22(2). pp. 232–239.
17. Uhlig Charles-Andre, Fahle Werner. Vibrocompacting in the Lusatian lignite mining area – State of the Art technology. World of Mining – Surface & Underground. 2015. Vol. 67 (2). pp. 91–101.
18. Kulik Lars, Stemann Hendrik. Ecology and biodiversity protection in the Rhenish lignite mining area. World of Mining – Surface & Underground. 2014. Vol. 66 (3). pp. 143–152.
19. Pabsch Thomas, M ller Frank, Rosne Peter. Related projects focusing on the implementation of the Water Framework Directive – Ore Mining Project Significant sources of pollution in ore mining and potential measures to be taken as part of management planning in NRW. World of Mining – Surface & Underground. 2013. Vol. 65(6). pp. 374–384.
20. Knapp Sonja, Gerth Andr, Klotz Stefan. Sustainable recultivation and wastewater treatment in Vietnamese coal mining. World of Mining – Surface & Underground. 2012. Vol. 64(4). pp. 253–263.
21. Martens Per N., Lehnen Felix, Kratz Thorsten. Current challenges and status of lignite mine rehabilitation. World of Mining – Surface & Underground. 2012. Vol. 64(5). pp. 310–319.
22. Shoo Luke P., Scarth Peter, Schmidt Susanne, Wilson Kerrie A. Reclaiming Degraded Rainforest: A Spatial Evaluation of Gains and Losses in Subtropical Eastern Australia to Inform Future Investment in Restoration. Restoration Ecology. 2013. Vol. 21(4). pp. 481–489.
23. Abdullah Meshal M., Feagin Rusty A., Musawi Layla, Whisenant Steven, Popescu Sorin. The use of remote sensing to develop a site history for restoration planning in an arid landscape. Restoration Ecology. 2016. Vol. 2491. pp. 91–99.
24. Zweig Christa L., Newman Susan. Using landscape context to map invasive species with medium-resolution satellite imagery. Restoration Ecology. 2015. Vol. 23(5). pp. 524–530.
25. Borrelle Stephanie B., Buxton Rachel T., Jones Holly P., Towns David R. A GIS-based decision-making approach for prioritizing seabird management following predator eradication. Restoration Ecology. 2015. Vol. 23(5). pp. 580–587. |