Biyokompostun Toprak Mikroorganizmalarına Etkisi

L aboratuvar çalışmaları, toprak mikroorganizmalarındaki enzim sistemleri tarafından parçalanan selüloz ve hemiselülozun mineralli gübrelerle birlikte kullanıldığında etkisinin arttığını ve yeni humus oluşumunu hızlandırarak elverişli bir durum oluşturduğunu göstermiştir

Anahtar Kelimeler:

Biyokompost, toprak mikroorganizmaları, pirinç tarlaları, Cellulomonas effuse, Bacillus cytaseus

The Impact of Biocompost Bioameliorators on Microbioceonosusi

It was found out by carrying out laboratory researches that intensity of cellulose and hemicellulose decomposings by enzyme systems of soil microorganisms is accelerated on combined introducing them with mineral fertilizings and a favorable condition is formed for young-growth humus formation.

Keywords:

Biocompost, soil microorganisms, rice fields, Cellulomonas effuse, Bacillus cytaseus,

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1. EN. Mishustin, Soil microorg. assoc.-M.: Nauka (1975) 106.
2. MV. Muhamedjanov, NA. Teslinova, Microorganisms and fertility increase of irrigated sierozem. Tashkent.: Fan (1990) 126.
3. NN. Naplekova, Cellulose anaerobic decomposing by microorganisms in the soil of Western Siberia, Novosibirsk (1974) 250.
4. SN. Nelidov, Microbiological aspects of black alkali ameliorations under the rice culture, Abstract. Doct. Thesis, Tashkent (1991) 47.
5. EN. Mishustin, V. Kudeyarov, VN. Bashkin, Nitrogen cycle in the USSR territory, Izvestiya USSR. Ser. Biol., 2 (1983) 165.
6. G. Venkataraman, Non-symbiotic nitrogen fixation, Row. Soil Res. Indue, 12 Int. Congr. Soil Sci., New Delhi, 8-16 Febr., 1 (1982) 25.
7. ON. Trunova, AG. Ishin, EA. Beloglazov, DA. Chernaya, VA. Yaroslavskiy, Nitrogen-fixing activity of the soils, Agriculture, 10 (1987) 16.
8. BA. Dospehov, Field experiment methods. M: Kolos (1985) 336.
9. Soil Microbiology and Biochemistry Methods, Under the editorship of D.G. Zvyagintsev. M.:MSU Publishing House (1991) 304.
10. ZP. Karamshuk, Microbiological bases of conservation farming.– Alma-ata: Nauka, 1989. – 199p
11. AN. Ilyaletdinov, Microbiological conversion of nitrogen compound linkages in the soil.– Alma-ata: Nauka (1976) 284.
12. IP. Babeva, GM. Zenova, Soil Biology. M.: MSU Publishing House (1989) 336.
13. WA. Rice, EA. Paul, LR. Wetter, The role of anaerobiosis in asymbiotic nitrogen fixation, Can. J. Microbiol., 13(7) (1967) 823.
14. Zhang Wei-Jian, W. Zhu, S. Hu, Soil resource availability impacts microbial response to organic carbon and inorganic nitrogen inputs, J. Environ. Sci., 17(5) (2005) 705.
15. VT. Emtsev, Soil anaerobs of Clostrudium gender, Abstract. Doct.Thesis– M., (1972) 42.
16. G. Shlegel, General Microbiology.-M: Nauka (1987) 567.
17. OA. Brestetskiy, UM. Voznyakovskaya, JP. Popova, Vegetable residues impact on the soil-microbiological processes in crop rotation fields, ASRIAM., Labours, 53 (1983) 5.