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R. Seepold, Christoph Dermati, Artur Kostka, Lars Pfeil, Ralf Lange, Matthias Hermann, Benedikt Martinez

T. Kelava, A. Markotic, I. Čavar, P. Turčić, A. Šućur, Ivčević, D. Flegar, D. Grčević

N. Santoro, E. Begović, C. Bertorello, A. Bove, S. Rosa, F. Franco

K. Dizdarevic, I. Omerhodžić, Merim Omerhodžić, Iblizović Nermina, Za Klinika, Klinički Neurohirurgiju, Univerziteta Centar, Sarajevo

Blagajana Herzog Velikonja, Rok Tkavc, L. Pasic

compounds to oxidizing reduced inorganic compounds within the cave rocks. More importantly, the microbial diversity encountered was surprisingly high compared to what was expected given the amount and complexity of nutrients available in subterranean environments. This apparent violation of competitive exclusion or the ‘one species-one niche’ requirement (Hardin, 1960) led scientists to believe that within caves the selfish competition for resources is replaced by more cooperative and mutualistic microbial associations (Barton & Jurado, 2007). One eye-catching example of cave microbes are those found in Karstic and in lava caves which morphologically resemble white, yellow, grey, or pink bacterial colonies. Where present, these colonies can be observed throughout the cave as distinct one-millimetre INTRODUCTION

Vesna Minić, Marija Jovanović

E. Mesic, Nina Bosankić, Selvira Draganović

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