This is an announcement for the paper "An $L^{0}({\cal F},R)-$valued function's intermediate value theorem and its applications to random uniform convexity" by Guo TieXin and Zeng XiaoLin. Abstract: Let $(\Omega,{\cal F},P)$ be a probability space and $L^{0}({\cal F},R)$ the algebra of equivalence classes of real-valued random variables on $(\Omega,{\cal F},P)$. When $L^{0}({\cal F},R)$ is endowed with the topology of convergence in probability, we prove an intermediate value theorem for a continuous local function from $L^{0}({\cal F},R)$ to $L^{0}({\cal F},R)$. As applications of this theorem, we first give several useful expressions for modulus of random convexity, then we prove that a complete random normed module $(S,\|\cdot\|)$ is random uniformly convex iff $L^{p}(S)$ is uniformly convex for each fixed positive number $p$ such that $1<p<+\infty$. Archive classification: math.FA Mathematics Subject Classification: 46A22, 46B20, 46E30 Remarks: 14pages Submitted from: xlinzeng@ss.buaa.edu.cn The paper may be downloaded from the archive by web browser from URL http://front.math.ucdavis.edu/1103.3775 or http://arXiv.org/abs/1103.3775