… phosphatase activity that increased during forest succession. We propose a mechanism for
P availability in subtropical successional forests … , followed by acid phosphatase activity that …

… forest succession played a crucial role for accumulation of available P. These results suggest
that forest succession … phosphorus; ACP is acid phosphatase. Letters indicate significant …

… , play a pivotal role in N cycling in tropical/subtropical forests. … diazotroph community across
forest succession and highlight … -β-D glucosaminidase and acid phosphatase. Soil microbes …

… subtropical forests using a relationship analysis approach. In particular, we were interested
in whether and how phosphatase … succession of pine forest to pine and broadleaved mixed …

… and P (AP, acid phosphatase) related enzyme activity did not … process of forest system
succession in cold temperate zone. … , but the role of enzyme stoichiometry in ecological research …

… However, it is not clear whether forest succession intensifies … -successional primary forest
and early-successional secondary … in Podzols and Arenosols under a temperate forest …

… site the two-fold higher specific activity of acid phosphatase … structure, and six hydrolytic
enzymes involved in the cycles of C, N and P… to forest levels or below with secondary succession. …

… for plant growth in tropical and subtropical forests. Global climate … Soil acid phosphatase
plays a vital role in controlling P … later stages of forest succession. In the dry season, soil acid …

… of the forest ecosystem, microorganisms play a vital role in … to ammonia, while soil phosphatase
is catalyzing soil organic … P, and urease and phosphatase activities are closely related to …

… The acid phosphatase involved in the acquisition of organic P had similar activity between AM
and ECM forests. … and succession following decades of forest protection. These secondary …