A subspace theorem approach to integral points on curves

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On a general Thue's equation (2004, methodology): “Our methods stem from our recent paper [ CZ1 ], where we introduced a novel approach to integral points on curves; in particular, we obtained a new proof of Siegel’s celebrated theorem, exploiting the diophantine approximation through the Schmidt Subspace Theorem, embedding the curve into a suitable”
Generalizations of Siegel's and Picard's theorems (2005, methodology): “3A appears, essentially, in the proof of the Main Theorem in [5], and for curves in [2].”