Article ID Journal Published Year Pages File Type
9121660 FEMS Microbiology Letters 2005 5 Pages PDF
Abstract
Protozoan movement and feeding regimes in soil biofilms were observed with inverted microscopes and Utermöhl plankton counting chambers (4 mm deep). In a new use for these counting chambers, the three-dimensional appearance of a soil pore network can be simulated using long working distance objectives (40×). Protozoa were often associated with soil surfaces and penetrated soil crevices of less than 3 μm in diameter by either distorting their body outlines or with slender pseudopodia of less than 2 μm at the tips. Many ciliates repeatedly collided with soil particles and released attached bacteria into the soil solution for subsequent predation.
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