全部文献期刊学位论文会议报纸专利标准年鉴图书|学者科研项目
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作者:... S. Mattbäck , M.H. Greve , J. Triantafilis
来源:[J].Journal of Environmental Management(IF 3.057), 2018, Vol.212, pp.99-107Elsevier
摘要:Abstract(#br)One of the major environmental issues in Finland is the presence of large tracts of acid sulfate soil (ASS) landscapes along the coast. Accurately identifying the distribution of ASS sediments, and in particular soil pH, is essential for developing targeted mana...
作者:... T. Koganti , F.A. Monteiro Santos , J. Triantafilis
来源:[J].Science of the Total Environment(IF 3.258), 2017, Vol.577, pp.395-404Elsevier
摘要:Abstract(#br)In order to understand the drivers of topsoil salinization, the distribution and movement of salt in accordance with groundwater need mapping. In this study, we described a method to map the distribution of soil salinity, as measured by the electrical conductivi...
作者:... A. Biswas , J. Huang , J. Triantafilis
来源:[J].Catena(IF 1.881), 2017, Vol.154, pp.40-49Elsevier
摘要:Abstract(#br)Soil varies from location to location as a result of complex combinations of soil forming factors and processes operating at different scales and intensities. The scale-dependent variability in soil properties causes challenges for the characterization and mappi...
作者:... B. Minasny , J. Triantafilis , M. Omid
来源:[J].Arid Land Research and Management(IF 0.42), 2014, Vol.28 (2), pp.147-168Taylor & Francis
摘要:Digital soil mapping (DSM) involves acquisition of field soil observations and matching them with environmental variables that can explain the distribution of soils. The harmonization of these data sets, through computer-based methods, are increasingly being found to be as reliab...
作者:... F.J. Rebollo , J. Huang , J. Triantafilis
来源:[J].Science of the Total Environment(IF 3.258), 2017, Vol.599-600, pp.2156-2165Elsevier
摘要:Abstract(#br)The cation exchange capacity (CEC) is one of the most important soil properties as it influences soil's ability to hold essential nutrients. It also acts as an index of structural resilience. In this study, we demonstrate a method for 3-dimensional mapping of CE...
作者:... O. Kuras , M. Raines , J. Triantafilis
来源:[J].Geoderma(IF 2.345), 2014, Vol.232-234, pp.69-80Elsevier
摘要:Abstract(#br)Spatial predictions of soil properties are needed for various purposes. However, the costs associated with soil sampling and laboratory analysis are substantial. One way to improve efficiencies is to combine measurement of soil properties with collection of chea...
作者:... K. Nabiollahi , B. Minasny , J. Triantafilis
来源:[J].Geoderma(IF 2.345), 2015, Vol.253-254, pp.67-77Elsevier
摘要:Abstract(#br)Digital soil mapping involves the use of auxiliary data to assist in the mapping of soil classes. In this research, we investigate the predictive power of 6 data mining classifiers, namely Logistic regression (LR), artificial neural network (ANN), support vector mach...
作者:... R. Subasinghe , R.S. Malik , J. Triantafilis
来源:[J].Computers and Electronics in Agriculture(IF 1.766), 2015, Vol.113, pp.213-224Elsevier
摘要:Abstract(#br)In many irrigated areas in the Murray–Darling Basin, New South Wales, Australia, point-source salinisation has occurred in isolated cases. In the lower Macquarie valley, near Trangie and Warren, the cause appears to be the mobilisation of salts from perched wate...
作者:... H. Choo , D.L. Corwin , J. Triantafilis
来源:[J].Agricultural Water Management(IF 2.203), 2016, Vol.163, pp.285-294Elsevier
摘要:Abstract(#br)The ability to measure and map volumetric soil water (θ) quickly and accurately is important in irrigated agriculture. However, the traditional approach of using thermogravimetric moisture ( w ) and converting this to θ using measurements of bulk density (ρ...

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