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Autochtoniczne dziedzictwo kulturowe: opracowanie nowych metod i najlepszych praktyk dla Światowego Dziedzictwa w oparciu o rdzenne tradycje i wartości

Archibald Diane

Ochrona Dziedzictwa Kulturowego

2020

Nr 9

1--13

Artykuł omawia wygłaszane na Forum Międzynarodowego Komitetu Naukowego prezentacje, dotyczące rdzennego dziedzictwa kulturowego. Forum oraz poprzedzająca je Konferencja zorganizowane zostało przez Międzynarodowy Komitet Naukowy ds. Teorii i Filozofii Restauracji oraz Konserwacji ICOMOS we współpracy z First Nations House of Learning, University of British Columbia w Vancouver (Kanada) w listopadzie 2019 r.

In support of advancing the recognition and inclusion of Indigenous Cultural Heritage in all its diverse forms within the UNESCO World Heritage Convention and World Heritage Site designations, this paper documents and discusses the presentations, Indigenous-led Forum, and recommendations and outcomes of the International Conference on Indigenous Cultural Heritage organized by the ICOMOS International Scientific Committee on Theory and Philosophy of Restoration and Conservation in partnership with the First Nations House of Learning, University of British Columbia, Vancouver, Canada, in November 2019.

Removal of Aluminium in Contaminated Soil using Locally Isolated Vibrio alginolyticus

Purwanti Ipung Fitri, Kurniawan Setyo Budi, Simanjuntak Devita Yulisa

Journal of Ecological Engineering

2019

Vol. 20, nr 3

135--140

The aluminium contaminated soil is currently being a concern due to the use of aluminium waste as a material for building roads and river dams in Jombang District, Jawa Timur Province, Indonesia. This application was debated because aluminium waste is categorized as hazardous waste. One widely known method for treating the metal contaminated soil is bioremediation. One potential indigenous bacterial species to remove aluminium, Vibrio alginolyticus was isolated from contaminated soil. A toxicity test to V. alginolyticus showed that this bacterium could grow in aluminium contaminated soil until 100 mg/L equal to 48 mg/kg concentration. The removal of aluminium from soil was conducted by using 50 and 100 mg/L concentration. The result showed that the addition of 2% v/v of V. alginolyticus can remove 5.48% aluminium from 100mg/L contaminated soil initial concentration after 12 days of test period. The addition of V. alginolyticus did not significantly influence the removal of aluminium from contaminated soil (p>0.05).