To investigate the propagation characteristics of ultra-wideband (UWB) signal in forest land environment, a channel model for forest land (orchard) was proposed on the basis of frequency-domain measurements according to the UWB frequency regulation of China. The modified S-V model was exploited for the channel modeling. A quasi-Gaussian window with Gaussian transition band was used to extract the measurements that satisfy the UWB frequency regulation of China in the post-processing of channel modeling. Furthermore, a wavelet analysis based cluster identification algorithm was proposed for the time-domain measurements. The channel parameters were extracted on the basis of statistical approach. Simulation results have shown that the proposed forest land UWB channel model has similar delay spread characteristics and similar number of main paths with the measurement data.