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1.
My Sister Who Travels
Martina Caruso, exhibition catalogue

Abstract: This exhibition offers the viewer new perspectives on this genre, through the landscapes in the work of six women artists. Landscape art is often considered in Romantic terms. Human analogies between the concrete world and the inner world are frequently drawn, and the open space of the land can be seen as a space for imagining, for thinking freely. But these public spaces are also contested sites, layered with histories and the implicit legacies of control, power, occupation and exclusion.
Keywords: landscape photography, history of photography, 19th century, 20th century, 21st century, women, gender, Mediterranean, video art, Halida Boughriet, Corinne Silva, Paola Yacoub, Noor Abed, Jananne Al-Ani, Ursula Schulz-Dornburg, Esther Boise Van Deman, migration, capitalism, patriarchy
Published in RUNG: 13.01.2023; Views: 1054; Downloads: 0
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2.
SYMBIOSIS ECOLOGY OF SELECTED SCYPHOZOA
Lucija Raspor Dall'Olio, 2016, doctoral dissertation

Abstract: Scyphozoa with symbionts have an advantage in oligotrophic environments due to the additional source of nutrients provided by their symbiontic algae, just as corals have benefits from their symbionts. The literature, however, has thus far devoted far less attention to the association between scyphozoan hosts and Symbiodinium sp. than it does to corals. This thesis investigated the identity of symbionts from scyphozoan medusae (Cotylorhiza tuberculata, Phyllorhiza punctata and Cassiopea xamachana) using a phylogenetic approach. Two scyphozoan species, P. punctata and C. tuberculata, were sampled over the Mediterranean Sea, while Cassiopea xamachana was sampled in the Atlantic Ocean. Symbionts were identified from live medusae and their identity and phylogenetic relationships were determined by analysing two nuclear markers, ITS2 and 28S rDNA, from symbionts. Symbiodinium sp. sequences belong to clades A, B, and C based on markers ITS2 and 28S rDNA. Moreover, individual medusae host only one type Symbiodinium (A, B or C). Host species from the Mediterranean Sea hosted Symbiodinium from clade A and B (C. tuberculata) or only from clade A (Phyllorhiza punctata), while the host from the Atlantic Ocean (C. xamachana) hosted Symbiodinium from clade B or C. The phylogeography of C. tuberculata medusae was analysed using mtCO1. All the haplotypes sampled over the Mediterranean Sea were clustered together without any sign of phylogeographic structuring.
Keywords: Scyphozoa, Cotylorhiza tuberculata, Symbiodinium sp., symbiosis, Mediterranean Sea, phylogeography, CO1, 28S rDNA, ITS regions
Published in RUNG: 03.10.2016; Views: 6128; Downloads: 369
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