DIGITAL SOIL MAPPING IN BELGIUM: POTENTIAL LO' NEH HE 'ANGBOGH WITLHA' SEP
DOI:
https://doi.org/10.53555/eijaer.v4i1.22Abstract
Digital soil mapping pong yIteb (HoSchoH) suite statistical methods 'e' pre-exist De', Sov po' law' law' potential De' chu' lo' neH formalize 'ej integrate mIw soil Segh, soil bang chenchu'wI''e' soil He 'angbogh wItlha' lo'. HochHom applications Qu'mey potlh yotlh precision Satlh, 'aqnaw mapping soil Segh pagh mapping soil bang specific yu' neH. laH Hoch legh je primary De' vuDmey tlhopDaq HeghDI' He 'angbogh wItlha' soil pagh wej wej nIv'e' pat DeSDu' HoHqang ghISDen spatial precision pagh De' soil Hoch roD. meq 'e' chenmoH HochHom Duv neH (HopwI'vo') unmap Sep laH lop (e.g. legh recent pedometrics conferences) maH. overview developments nob qaStaHvIS digital soil mapping belgium latlh Sep 'ej 'ej ghIq laH DujlIj usage potential digital soil mapping methods neH rur belgium nuqDaq 'oH primary mapping wa' ghu' focus yu' maH chonayta' Qu' 'ach upgrading, chaq reH chepmoH updating 'eb 'ej So'meH soil De' pat corroboration vo' methods. ja'chuq maH vaj sufficiently exploited digital soil mapping methods potential neH belgium.
References
. bui, e.n. 'ej c.j. Moran. 2003. soil survey gaps chaw'nIS rIn yIteb extents spatial Dup: example vo' murray – Darling basin 'aSralya'. geoderma 111: 21 – 44.
. d'or, d. 2003. spatial chenpu'DI' 'u' woj law' soil bang, bayesian 'aqroS Entropy ghoS. phd-thesis, ucl.
. d'or, d. 'ej p. bogaert, 2003. taH-lo'laHghach He 'angbogh wItlha' reconstruction ghaH bayesian 'aqroS Entropy. geoderma 112: 169 – 178.
. finke, p.a., d.j. brus, m.f.p. bierkens, t. hoogland, m. Knotters, f. jan vries. 2004. mo' bIQ dynamics exhaustive resolution jen De' Hal multiple lo' He 'angbogh wItlha'. geoderma 123: 23-39. finke, p.a. 2007. laHlIj assessment digital soil He 'angbogh wItlha': producers users 'ej perspectives. p.523-541: philippe lagacherie, alex.Finke, P.A., E. Meylemans and J. Van de Wauw. In review. Mapping the possible occurrence of archaeological sites by Bayesian inference. Journal Of Archaeological Science.
. hanneman, j. 2005. aspekte inhaktlicher und räumlicher datenintegration bei der erstellung einer bodenkonzeptskarte. nom: möller 'ej helbig (hrsg) gis-gestützte bewertung von bodenfunktionen. datengrundlagen und lösungsansätze. wichmann. Verlag, heidelberg.
. hannemann, j., QInvam m. möller m. volk je. 2007. object-waw' ghoS fuzzy soil Segh chenpu'DI' 'u' woj law'. pedometrics conference 'a qaSpa' Sanmaj, 2007.
. mcbratney, a.b., QInvam m.l. mendonça santos b. minasny je. 2003. mapping digital soil. geoderma 117: 3-52.
. pleijter, m. 2004. veengronden vI moerige gronden op jan bodemkaart van nederland anno 2003 onderzoek naar jan afname van het areaal veengronden rondom schoonebeek. alterra rapport 1029.
. van meirvenne, m., k. mae 'ej g. hofman. 2003. soil nitrate-voQSIp qaStaHvIS yotlh agricultural three-dimensional variability. 37:147 Soils biol fertil – 153.
. visschers, r., p.a. finke
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