Q Q 108

+*2 ,* - ,*
- ./ 1 -+ +*2 ISSN *-210*+,
῍ῌῌ῏0῎1
+
!"#$%&'()*+,-.//012
34567ῌ89:;<ῌ=: >ῌ? @ /
A
BCDEFGH'()IJKLMHN
O3 P ++
QRST
BCDUV'WX)YZ[\]^I3F_`a
b?
cῌde fgῌdh ῌij k7 +3
lmn CSMT opSTq./ r?
s ,3
tuvwx
'()FyῌAz{|}W(~yGH
ῌ Pῌ
-1
.3 #
.1
Evaluating Inﬂuence of Di#erent Cover Materials on Runo# and Sediment Loss from
Bare Upland Soil Using Laboratory Rainfall Simulator
T. ONISHI, M. KATO and T. NISHIMURA /-
IST'()D FT
01
Amendment of Soil Physical and Biological Properties Using Rice Husk and Tapioca
Wastes KOMARIAH, K. ITO, M. SENGE, J.T. ADOMAKO and AFANDI 2+
%%B! DE¡¢£¤!¥HN "¦ ῌ§# ¨ 3+
! "
#$
%&
G.C. Topp, J. L. Davis and A.P. Annan ©
AªnB! DFGH : «¬|n®HN ¯° 33
'(
±I²³ ´'µ¶·¸) $ ¹º+*1
)*+, +*3
-./ ++*
῏ ῎ ῐ ῑ ῍ ῌ
Journal of the Japanese Society
of
Soil Physics
March ῍ῌῌ῎
No. +*2
Contents
Foreword ῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌM. KATOῌ +
Special Reports
Current Technology Based on EM Waves for Soil Physical Measurement
Detection of Plant Adaptation Responses to Saline Environment in Rhizosphere Using
Microwave Sensing ῎T. SHIMOMACHI, C. KOBASHIKAWA, H. TANIGAWA and E. OMODA῎ /
Field Determination of Soil Hydraulic Properties by Using Soil Water Content
Measured from Dielectric Properties of Unsaturated Soils ῎῎῎῎῎Y. TAKESHITA῎ ++
Inﬂuence Area of Stem Flow on a Soil of Deciduous Forest Floor by Electric Resistivity
Survey and the Evaluation of Groundwater Recharge through Stem Flow
῎῎῎῎῎῎῎῎῎῎῎῎῎῎J. SHIMADA, K. OHSUMI, K. OHBA and A. MARUYAMA῎ +3
Application of the High-frequency CSMT Method to Surveys in Shallow Subsurface
Regions ῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎S. HANDA῎ ,3
Measurement of Water Level, Electrical Conductivity, and Sediment Surface Level
Using Time Domain Reﬂectometry ῎῎῎῎H. MIYAMOTO, J. CHIKUSHI and T.K. OH῎ -1
Miscellaneous
Discussion at the .3th Symposium on Current Technology Based on Electromagnetic
Waves for Soil Physical Measurement, JSSP ῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎H. CHO῎ .1
Original Papers
Evaluating Inﬂuence of Di#erent Cover Materials on Runo# and Sediment Loss from
Bare Upland Soil Using Laboratory Rainfall Simulator
῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎T. ONISHI, M. KATO and T. NISHIMURA῎ /Investigation of Leakage for a Small Earth Dam by Underground Temperature Survey
῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎H. YOSHISAKO῎ 01
Amendment of Soil Physical and Biological Properties Using Rice Husk and Tapioca
Wastes ῎῎῎῎῎῎῎῎῎῎KOMARIAH, K. ITO, M. SENGE, J.T. ADOMAKO and AFANDI῎ 2+
Notes
Measurement of Soil Heat Flux Using a Thermo-module῎T. MOMOSE and T. KASUBUCHI῎ 3+
Lectures
Reading of Classical Study Series
“Electromagnetic Determination of Soil Water Content : Measurements in Coaxial
Transmission Lines” By G.C. Topp, J.L. Davis and A.P. Annan ῎῎῎T. MIYAMOTO῎ 33
Readers’ column ῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌH. MOCHIZUKIῌ+*1
Announcements ῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌῌ+*3
Editor’s Postscript ῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎῎++*
Japanese Society of Soil Physics
Department of Environmental Sciences
Faculty of Agriculture, Saga University
+ Honjo-machi, Saga, 2.*ῌ2/*, Japan

Download Report