
Reduction of plant community diversity causes the functional rearrangements in soil fauna composition. The results of the experiment show that mature stages of communities appear to be more favourable for plant development with concurrent increase of plant covering diversity. As a result communities with low level of plant diversity are more susceptible to action of phytohelminths as while in communities with high specific plant diversity saprobiotic nematodes predominate which promote more active development of plants in biogeocenosis.
Введение. Роль растений, как ведущих факторов формирования и развития почвенного населения микроорганизмов известна. Более того, в результате сопряженной эволюции растений и ряда компонентов их ризосферы сложились даже обоюдовыгодные взаимоотношения между ними. В прикорневой зоне растений плотность и биомасса беспозвоночных выше, чем в окружающей почве [2].
РОЛЬ РАСТЕНИЙ, ФОРМИРОВАНИЕ БИОЦЕНОТИЧЕСКОГО СООБЩЕСТВА, НЕМАТОДЫ, ИНДЕКС ШЕННОНА-УИВЕРА
РОЛЬ РАСТЕНИЙ, ФОРМИРОВАНИЕ БИОЦЕНОТИЧЕСКОГО СООБЩЕСТВА, НЕМАТОДЫ, ИНДЕКС ШЕННОНА-УИВЕРА
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