They Didn't Believe That I Could Become A LY294002 Master...Today I Am ;-)

?3b, d) (GLM water content: SS?=?80.4, F?=?14.8, p?LY294002 in vitro dw) than in May 2009 (10.14% dw) (GLM: SS?=?80.4, F?=?116.5, p?S6 Kinase (7.1%), water content (4.6%) and microbial biomass (3.4%) contributed significantly to the macrofauna assemblage and explained 15.1% of the total variance. Axis 1 mainly represents the ergosterol content and separates A2 from A3 and A1 (Fig.?5), as already observed in 2008. Axis 2 mainly represents the water content. Similar to 2008 the water content see more correlated with Bromus samples and also the taxa Geophilus sp. and Julidae were associated with Bromus samples and correlated positively with the water content. The ergosterol content, the microbial biomass and the C-to-N ratio correlated with A3. All gastropod taxa (Vitrinidae, Punctum pygmaeum and Truncatellina sp.) and the predatory taxa Ponera sp., Tachinus sp.and Heterothops sp. were associated with A3 and correlated positively with the microbial biomass and ergosterol content (as a measure of the fungal biomass). Moreover, several perdatory taxa (Aleocharinae, Xantholinus sp., Myrmica sp., Amara sp., Solenopsis sp., Lithobius sp., Neobisnius sp.) were associated with the cluster To samples plus A2. This study aimed at investigating the response of the soil macrofauna community to the presence of different plant species within grassy arable fallows and to the aging of these fallows.