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Recent palynological data in the Hautes-Fagnes, Belgium

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Natural woodland composition and vegetation dynamic during the Linearbandkeramik in north-western Europe (central Belgium, 5200-5000 b.c.)

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Natural woodland composition and vegetation dynamic during the Linearbandkeramik in north-western Europe (central Belgium, 5200-5000 b.c.)

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Natural woodland composition and vegetation dynamic during the Linearbandkeramik in north-western Europe (central Belgium, 5200-5000 b.c.)

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Natural woodland composition and vegetation dynamic during the Linearbandkeramik in north-western Europe (central Belgium, 5200-5000 b.c.)

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Natural woodland composition and vegetation dynamic during the Linearbandkeramik in north-western Europe (central Belgium, 5200-5000 b.c.)

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Natural woodland composition and vegetation dynamic during the Linearbandkeramik in north-western Europe (central Belgium, 5200-5000 b.c.)

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Natural woodland composition and vegetation dynamic during the Linearbandkeramik in north-western Europe (central Belgium, 5200-5000 b.c.)

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Palynology of Baudour Clays Formation (Mons Basin, Belgium): correlation within the "stratotypic" Wealden

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Palynology of Baudour Clays Formation (Mons Basin, Belgium): correlation within the "stratotypic" Wealden

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Palynology of Baudour Clays Formation (Mons Basin, Belgium): correlation within the "stratotypic" Wealden

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Palynology of Baudour Clays Formation (Mons Basin, Belgium): correlation within the "stratotypic" Wealden

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Palynology of Baudour Clays Formation (Mons Basin, Belgium): correlation within the "stratotypic" Wealden

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Palynology of Baudour Clays Formation (Mons Basin, Belgium): correlation within the "stratotypic" Wealden

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Palynology of Baudour Clays Formation (Mons Basin, Belgium): correlation within the "stratotypic" Wealden

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Palynology of Baudour Clays Formation (Mons Basin, Belgium): correlation within the "stratotypic" Wealden

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Palynology of Baudour Clays Formation (Mons Basin, Belgium): correlation within the "stratotypic" Wealden

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Can we use authigenic phosphate minerals in cave entrance as palaeoenvironmental data recorders? A case study from Walou cave (Belgium)

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The in situ Glyptostroboxylon forest of Hoegaarden (Belgium) at the Initial Eocene Thermal Maximum (55 Ma)

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The in situ Glyptostroboxylon forest of Hoegaarden (Belgium) at the Initial Eocene Thermal Maximum (55 Ma)

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The in situ Glyptostroboxylon forest of Hoegaarden (Belgium) at the Initial Eocene Thermal Maximum (55 Ma)

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Fluvial evolution of the Moselle valley in Luxembourg during late Pleistocene and Holocene: palaeoenvironment and human occupation

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Multiproxy, multicore palaeoenvironmental study during the last millennium in the Misten peat bog (Hautes Fagnes, East Belgium).

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Climatic and anthropogenic palaeoenvironmental changes over the last 1500 years in Hautes-Fagnes (East Belgium): the high-resolution multiproxy record of the Misten peat bog