HOLOCENE ENVIRONMENT CHANGES IN THE HACHICHINA WETLAND
(GULF OF GABES, TUNISIA) EVIDENCED BY FORAMINIFERA AND OSTRACODA,
GEOCHEMICAL PROXIES AND SEDIMENTOLOGICAL ANALYSES
KHAOULA BEN KHALIFA, CHAHIRA ZAÏBI, JÉRÔME BONNIN, PIERRE CARBONEL,
KAMEL ZOUARI, THAMEUR MNIF & FEKRI KAMOUN
Rivista Italiana di Paleontologia e Stratigrafia
(Research in Paleontology and Stratigraphy)
vol. 125(2): 517-549.
July 2019
Khalifa B.K., Zaïbi C., Bonnin J., Carbonel P., Zouari K., Mnif T. & Kamoun F. II Fig . I - Sedimentol ogic and microfaunistic (ostracods and benthic foraminifera) data of SM1 core . Dominant process , en vironments , lithological column and units , calendar ag e, sediment texture , zones ver tical distribution of taxa, species n
umber and indi
viduals n
umber/g
Holocene environment changes in the Hachichina Wetland (Gulf of Gabes, Tunisia) III (ostracods and benthic foraminifera) data of SM2 core . Dominant process , en vironments
, lithological column and
units , calendar ag e, sediment texture , zones ,
umber and indi
viduals n
umber/g
Khalifa B.K., Zaïbi C., Bonnin J., Carbonel P., Zouari K., Mnif T. & Kamoun F. IV Fig . III - Sedimento logic and microfaunistic (ostracods and benthic foraminifera) data of SM3 core . Dominant process , en vironments
, lithological column and
units , calendar ag e, sediment texture , zones ver tical distribution of taxa, species n
umber and indi
viduals n
umber/g
Holocene environment changes in the Hachichina Wetland (Gulf of Gabes, Tunisia) V (ostracods and benthic foraminifera) data of SM4 core . Dominant process , en vironments , lithological column and units , calendar ag e, sediment texture , zones ,
umber and indi
viduals n
umber/g