TY  - JOUR
JF  - Review on agriculture and rural development
Y1  - 2012///
AV  - public
A1  -  Pasca Marinel
A1  -  Cojocariu Luminita
A1  -  Horablaga Marinel
A1  -  Bordean Despina-Maria
A1  -  Filimon Nicoleta
A1  -  Popescu Roxana
A1  -  Darlea Auruta
A1  -  Borozan Aurica Breica
UR  - http://acta.bibl.u-szeged.hu/55208/
IS  - 1
TI  - Plant-soil interrelationship, factor of evolution for bacterial populations
VL  - 1
EP  - 351
ID  - acta55208
SN  - 2063-4803
SP  - 346
KW  - Növénytan
KW  -  Rhizoszféra
KW  -  Term?föld
KW  -  Talaj
KW  -  Növény és talaj kapcsolata
KW  -  Edaphosféra
KW  -  Talaj - termékenység
N2  - The rhizosphere is influenced by the region, soil and plant roots. The area that is not influenced by plant roots has been named edaphosphere. Plant roots release a wide range of compounds in the rhizosphere, which create unique micro-environments for the microorganisms present in the soil. By its root exudates, species Vicia sativa contributes to an increase in the bacterial density (fact proven by comparison with the control variant), to the improvement of the fertility of the soil (moderately gleyic eutric cambisol) on which it is cultivated and to plant growth. Even there are similarities between the rhizospheric area (culture medium: soil extract), control variants, and respectively edaphosphere (culture medium: soil extract) and rhizospherical bacteria isolated on Topping medium, small differences have been noticed.
N1  - Bibliogr.: p. 350-351. ; összefoglalás angol nyelven
ER  -