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• W2609739009 abstract "The Tangbale-Hatu belt (western Junggar region), located in the Central Asian Orogenic Belt (CAOB), has undergone complicated accretion and collision processes during the evolution of the Paleo-Asian Ocean. The geological events contributed to orogenic gold mineral systems in the region. In the present study, mineral systems approach was employed to evaluate critical ore-forming processes such as fluid migration pathways, the formation of trap zones, and deposition of metals. By means of translating these critical processes into mappable ore-controlling variables, we attempt to establish a process-based quantitative evaluation model. A maximum entropy (MaxEnt) model was proposed to predict the potential distribution of orogenic gold deposits based on known gold deposits/occurrences, and ore-controlling variables. Nine ore-controlling variables including fault intersection density, fault linear density, the first factor score map, Au singularity indices, Au regional anomaly, Au local anomaly, proximity to NE-trending faults, proximity to intrusion contacts and proximity to stratigraphic contacts, were selected to identify the most potential zones endowed with gold deposits. The spatial association of individual ore-controlling variable with the incidence of gold deposit occurrences was investigated by response curves, and the relative importance of each ore-controlling variable was determined by jackknife analysis in the MaxEnt model. The results indicate that Au regional anomaly derived from spectrum–area (S–A) fractal model is the most important variable, followed by the first factor score map and proximity to stratigraphic contacts. The model accuracy was evaluated by ROC curve giving a high predictive ability (AUC = 0.915). Favorable zones for gold mineralization illustrated by the prospectivity map are spatially coincident with known gold deposits/occurrences and the main mineralized trends, showing that the MaxEnt model can be efficiently employed for spatial fusion analysis of multisource geospatial data to support conceptual mineral systems modeling of geologic controls on mineral deposit occurrences." @default.
• W2609739009 created "2017-05-05" @default.
• W2609739009 creator A5001937247 @default.
• W2609739009 creator A5013558939 @default.
• W2609739009 creator A5045687280 @default.
• W2609739009 creator A5057269007 @default.
• W2609739009 date "2018-09-01" @default.
• W2609739009 modified "2023-10-16" @default.
• W2609739009 title "Maximum entropy modeling for orogenic gold prospectivity mapping in the Tangbale-Hatu belt, western Junggar, China" @default.
• W2609739009 cites W1533138910 @default.
• W2609739009 cites W1548039205 @default.
• W2609739009 cites W1549142192 @default.
• W2609739009 cites W1568201516 @default.
• W2609739009 cites W1596437162 @default.
• W2609739009 cites W1966081220 @default.
• W2609739009 cites W1966206548 @default.
• W2609739009 cites W1967077859 @default.
• W2609739009 cites W1967380063 @default.
• W2609739009 cites W1968450376 @default.
• W2609739009 cites W1973237440 @default.
• W2609739009 cites W1976304054 @default.
• W2609739009 cites W1978053173 @default.
• W2609739009 cites W1980789580 @default.
• W2609739009 cites W1981736444 @default.
• W2609739009 cites W1982998540 @default.
• W2609739009 cites W1987964272 @default.
• W2609739009 cites W1991515095 @default.
• W2609739009 cites W1992832689 @default.
• W2609739009 cites W1998010139 @default.
• W2609739009 cites W1998752110 @default.
• W2609739009 cites W2001105364 @default.
• W2609739009 cites W2003323528 @default.
• W2609739009 cites W2004463581 @default.
• W2609739009 cites W2005925547 @default.
• W2609739009 cites W2006340412 @default.
• W2609739009 cites W2006482983 @default.
• W2609739009 cites W2007561174 @default.
• W2609739009 cites W2008250445 @default.
• W2609739009 cites W2008290469 @default.
• W2609739009 cites W2009009124 @default.
• W2609739009 cites W2014823261 @default.
• W2609739009 cites W2018366608 @default.
• W2609739009 cites W2018995159 @default.
• W2609739009 cites W2019399846 @default.
• W2609739009 cites W2023644711 @default.
• W2609739009 cites W2024920534 @default.
• W2609739009 cites W2032558547 @default.
• W2609739009 cites W2032728350 @default.
• W2609739009 cites W2033686454 @default.
• W2609739009 cites W2035580045 @default.
• W2609739009 cites W2038185543 @default.
• W2609739009 cites W2040925926 @default.
• W2609739009 cites W2046220982 @default.
• W2609739009 cites W2046577517 @default.
• W2609739009 cites W2048414766 @default.
• W2609739009 cites W2057039778 @default.
• W2609739009 cites W2058274266 @default.
• W2609739009 cites W2060157729 @default.
• W2609739009 cites W2061062987 @default.
• W2609739009 cites W2062200624 @default.
• W2609739009 cites W2065065857 @default.
• W2609739009 cites W2067051665 @default.
• W2609739009 cites W2075901285 @default.
• W2609739009 cites W2076676343 @default.
• W2609739009 cites W2078112764 @default.
• W2609739009 cites W2079767098 @default.
• W2609739009 cites W2084427566 @default.
• W2609739009 cites W2089096123 @default.
• W2609739009 cites W2093650457 @default.
• W2609739009 cites W2094985587 @default.
• W2609739009 cites W2098827790 @default.
• W2609739009 cites W2111521506 @default.
• W2609739009 cites W2112315008 @default.
• W2609739009 cites W2116925226 @default.
• W2609739009 cites W2124044757 @default.
• W2609739009 cites W2134112716 @default.
• W2609739009 cites W2139416101 @default.
• W2609739009 cites W2148239728 @default.
• W2609739009 cites W2169638223 @default.
• W2609739009 cites W2201593588 @default.
• W2609739009 cites W2258316306 @default.
• W2609739009 cites W2277489887 @default.
• W2609739009 cites W2305936762 @default.
• W2609739009 cites W2461102141 @default.
• W2609739009 cites W2489691828 @default.
• W2609739009 cites W297977958 @default.
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• W2609739009 doi "https://doi.org/10.1016/j.oregeorev.2017.04.029" @default.
• W2609739009 hasPublicationYear "2018" @default.
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