Articles citing this paper
Evaluation of the 137Cs techniques for estimating wind erosion losses for some sandy Western Australian soils
RJ Harper and RJ Gilkes
32(6) pp.1369 - 1387
20 articles found in Crossref database.
Physical Crust Formation on Sandy Soils and Their Potential to Reduce Dust Emissions from Croplands
Vos Heleen,
Fister Wolfgang,
Eckardt Frank,
Palmer Anthony, Kuhn Nikolaus
Land. 2020 9(12). p.503
Wind erosion reduces soil organic carbon sequestration falsely indicating ineffective management practices
Chappell Adrian, Baldock Jeffrey A.
Aeolian Research. 2016 22 p.107
Formation of trace element biogeochemical anomalies in surface soils: the role of biota
Ma Yamin, Rate Andrew W.
Geochemistry: Exploration, Environment, Analysis. 2009 9(4). p.353
Soil Carbon Loss by Wind Erosion of Summer Fallow Fields in Washington's Dryland Wheat Region
Sharratt Brenton S.,
Kennedy Ann C.,
Hansen Jeremy C., Schillinger William F.
Soil Science Society of America Journal. 2018 82(6). p.1551
DISTRIBUTION OF 137CS AND ORGANIC CARBON IN PARTICLE SIZE FRACTIONS IN AN ALUMI-HAPLIC ACRISOL OF SOUTHERN CHINA
Li Renying,
Yang Hao,
Tang Xiangyu,
Wu Chunyan, Du Mingyuan
Soil Science. 2004 169(5). p.374
Estimation of wind erosion rates by using 137Cs tracing technique: A case study in Tariat-Xilin Gol transect, Mongolian Plateau
Liu JiYuan,
Qi YongQing,
Shi HuaDing,
Zhuang DaFang, Hu YunFeng
Chinese Science Bulletin. 2008 53(5). p.751
USING THE 137CS TECHNIQUE TO ESTIMATE WIND EROSION IN GONGHE BASIN, QINGHAI PROVINCE, CHINA
Yan Ping, Shi Peijun
Soil Science. 2004 169(4). p.295
Wind erosion and soil carbon dynamics in south-western Australia
Harper R.J.,
Gilkes R.J.,
Hill M.J., Carter D.J.
Aeolian Research. 2010 1(3-4). p.129
Using 137Cs tracing technique to estimate wind erosion rates in the typical steppe region, northern Mongolian Plateau
Qi YongQing,
Liu JiYuan,
Shi HuaDing,
Hu YunFeng, Zhuang DaFang
Science Bulletin. 2008 53(9). p.1423
The limitations of using 137Cs for estimating soil redistribution in semi-arid environments
Chappell Adrian
Geomorphology. 1999 29(1-2). p.135
Treatise on Geomorphology (2013)
The dynamics of soil redistribution and the implications for soil organic carbon accounting in agricultural south‐eastern Australia
Chappell Adrian,
Sanderman Jonathan,
Thomas Mark,
Read Arthur, Leslie Chris
Global Change Biology. 2012 18(6). p.2081
Use of anthropogenic radioisotopes to estimate rates of soil redistribution by wind I: Historic use of 137Cs
Van Pelt R. Scott
Aeolian Research. 2013 9 p.89
Soils ‐ Two Current Issues in Australia
LOUGHRAN R J
New Zealand Geographer. 1995 51(1). p.35
Determination of 137Cs reference inventories in a large-scale region: A case study in the central-eastern Inner Mongolia Plateau
Hu Yunfeng,
Liu Jiyuan,
Batunacun , Zhen Lin
Journal of Geographical Sciences. 2014 24(6). p.1047
Handbook for the Assessment of Soil Erosion and Sedimentation Using Environmental Radionuclides (2002)
Wind erosion on Deliblato (the largest European continental sandy terrain) studied using 210Pbex and 137Cs measurements
Krmar M.,
Velojić M.,
Hansman J.,
Ponjarac R.,
Mihailović A.,
Todorović N.,
Vučinić-Vasić M., Savić R.
Journal of Radioanalytical and Nuclear Chemistry. 2014
Spatial scales of 137Cs-derived soil flux by wind in a 25 km2 arable area of eastern England
Chappell Adrian, Warren Andrew
CATENA. 2003 52(3-4). p.209
Spatial uncertainty of137Cs-derived net (1950s–1990) soil redistribution for Australia
Chappell Adrian,
Viscarra Rossel Raphael A., Loughran Robert
Journal of Geophysical Research. 2011 116(F4).
Aeolian influences on the soils and landforms of the southern Yilgarn Craton of semi-arid, southwestern Australia
Harper R.J, Gilkes R.J
Geomorphology. 2004 59(1-4). p.215