Aretz et al_2011.pdf - ORBi - Université de Liège
Aretz et al_2011.pdf - ORBi - Université de Liège
Aretz et al_2011.pdf - ORBi - Université de Liège
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Kölner Forum Geol. P<strong>al</strong>äont., 19 (2011)<br />
M. ARETZ, S. DELCULÉE, J. DENAYER & E. POTY (Eds.)<br />
Abstracts, 11th Symposium on Fossil Cnidaria and Sponges, <strong>Liège</strong>, August 19-29, 2011<br />
_________________________________________________________________________________________________________<br />
Marius LECOMPTE, Professor and stu<strong>de</strong>nt of Stromatoporida, Tabulata,<br />
and Devonian reefs<br />
160<br />
James E. SORAUF<br />
25 Susanna Drive, Durham, North Carolina 27705, USA; jsorauf@binghamton.edu<br />
Marius LECOMPTE died on August 21, 1970, at the age of 68. He was born on May 16, 1902, in<br />
Morlanwelz, Belgium. His family had originated in the sm<strong>al</strong>l town of Binches, in southwestern Belgium<br />
(UBAGHS 1977). Thus, he was a true W<strong>al</strong>loon in origin, and indirectly, from Binches, the famous carniv<strong>al</strong><br />
town. He probably grew up enjoying a party, but coming from a family of mo<strong>de</strong>st means, he <strong>al</strong>so knew the<br />
v<strong>al</strong>ue of hard work in the effort to g<strong>et</strong> ahead in the world. Thus, M. LECOMPTE was a prodigious worker,<br />
but <strong>al</strong>so one who instigated the parties in Louvain to celebrate the feast day of Ste. Barbara (the patronness<br />
of miners, quarrymen, and geologists). M. LECOMPTE began his career as a stu<strong>de</strong>nt of the classics and was at<br />
the top of his school class. His first teaching position was in 1924 in a high school in Chimay, where he<br />
taught the natur<strong>al</strong> sciences (UGBAGHS 1977). It may be here that he learned to enjoy the beer of the Trappist<br />
monks. When the Louvain group went into the field each week in 1960-61, the day was <strong>al</strong>ways finished<br />
with sever<strong>al</strong> Trappistes <strong>de</strong> Chimay at Phillipeville, on our way back to Genv<strong>al</strong>, the home of the Lecomptes.<br />
As a new young graduate of the Catholic University of Louvain, geologist Marius Lecompte went to<br />
Katanga, the copper-rich province of the Congo in 1927, directly after gaining his bacc<strong>al</strong>aureate. On the<br />
money he saved from this work, he married, Raymon<strong>de</strong> LEURQUIN in 1930 and enrolled as a doctor<strong>al</strong><br />
stu<strong>de</strong>nt at the University of Louvain. Madame LECOMPTE was a very gracious hostess and known as such to<br />
<strong>al</strong>l of M. LECOMPTE'S advanced stu<strong>de</strong>nts and to profession<strong>al</strong> visitors. Addition<strong>al</strong>ly, each morning during my<br />
stay (aca<strong>de</strong>mic year 1960-61), she telephoned to the laboratory when M. LECOMPTE left home so that he<br />
could be m<strong>et</strong> at the front door of the institute by his two preparators at Louvain. Clau<strong>de</strong> drove his car to<br />
find a parking place and Raoul carried his heavy briefcase up to the laboratory.<br />
M. LECOMPTE began his p<strong>al</strong>eontologic<strong>al</strong> career in 1933, mentored by Achille SALÉE in Louvain, and<br />
working with Eugene MAILLEUX at the Roy<strong>al</strong> Museum of Natur<strong>al</strong> History in Brussels beginning in 1934. At<br />
the museum, he rose through numerous intermediate stages to Director of the P<strong>al</strong>eontology Laboratory in<br />
1952. During the 1930s, Lecompte traveled throughout Europe and the U.S., and spent sever<strong>al</strong> months at<br />
the Carnegie Institution of Washington research laboratory in the Dry Tortugas of Florida. His career at the<br />
University of Louvain began in 1945 when he was named instructor and he rose to Professor in 1949. It was<br />
during this period that LECOMPTE produced his classic monographs on the tabulate cor<strong>al</strong>s and<br />
stromatoporoid sponges of the Middle and Upper Devonian of Belgium, and his contributions of sections<br />
on the stromatoporoids, tabulates and rugosans to the French Traite <strong>de</strong> P<strong>al</strong>èontologie edited by J. PIVETEAU,<br />
and wrote the section on the Stromatoporoi<strong>de</strong>a for Volume F of the Treatise on P<strong>al</strong>eontology (1956), edited<br />
by R. C. MOORE. At the same time, he was focusing more on Devonian stratigraphy and p<strong>al</strong>eoecology<br />
through field studies in the 1940s, 50s, and 60s.<br />
The contributions of LECOMPTE were multiple; first, his systematic work on the Tabulata and<br />
Stromatoporida, culminating in the monographs published by the Roy<strong>al</strong> Museum of Natur<strong>al</strong> History.<br />
Following publication of this s<strong>et</strong> of 4 monographs and his writing sections for the Traite (1952) and the<br />
Treatise on P<strong>al</strong>eontology (1954), M. LECOMPTE focused more on unraveling the facies relationships and<br />
stratigraphy of the Devonian of the Ar<strong>de</strong>nnes, work that began on bicycle during World War II. It was at<br />
this time that he <strong>de</strong>veloped and refined his m<strong>et</strong>hods for correlation by un<strong>de</strong>rstanding the p<strong>al</strong>eobathym<strong>et</strong>ry<br />
of the Devonian strata, in main part as reflected by their cor<strong>al</strong> and stromatoporoid faunas. This <strong>al</strong>lowed<br />
him to <strong>de</strong>velop correlations b<strong>et</strong>ween outcrops within the Dinant Basin and extend them to the Namur<br />
Basin (Fig. 1), with these correlations based overwhelmingly on cycles of bathim<strong>et</strong>ric change indicated<br />
speci<strong>al</strong>ly by colony shapes and types of fauna, reflected in the <strong>de</strong>velopment of reef<strong>al</strong> and near-reef<br />
carbonates. In the Ar<strong>de</strong>nnes, these occur in Devonian strata that were <strong>de</strong>posited in margin<strong>al</strong>, subsiding<br />
shelf areas, thus characterized by large bioherms, while areas of lesser subsi<strong>de</strong>nce were characterized by<br />
'I