@article{oai:mie-u.repo.nii.ac.jp:00005652,
 author = {細江, 一之 and Hosoe, Kazuyuki and 本多, 潔 and Honda, Kiyoshi and 川邉, 洋 and Kawabe, Hiroshi and 林, 拙郎 and Hayashi, Setsuo},
 journal = {三重大学生物資源学部演習林報告 = Bulletin of the Mie University Forests},
 month = {Mar},
 note = {application/pdf, This paper attempts to analyse some hydrological data from the small-scaled drainage area in the Mie University Forests, and to propose a simple system of quantitative description of runoff characteristics.
The main poins of discussion are summarized as follows : 
Results of the multiple regression analysis on several runoff variables show that time lags of the runoff procedure correlate more highly with an antecedent precipitation accumulated through a pre-week, a maximum precipitation and its peak position within the duration. It is also pointed out that a peak discharge is remarkably affected by a maximum precipitation.
In the application of filter-separation autoregressive method (AR-method) to inverse estimates for precipitation, some important properties of precipitation for identifying a subsurface-surface and a ground-water runoff could be fairly explained.
In conclusion, it appears that for recognizing runoff components and for assessing the discharge, the proposed techniques seem to be valid and useful.},
 pages = {173--186},
 title = {三重大学附属演習林における量水観測と流出特性},
 volume = {17},
 year = {1992}
}