No response from HOST host12; using alternative Host host13. act="peid"&LAN="DE"&peid="B166501089"&index="L"&Hitnr="2"&dtyp="h"&rtyp="a" act="peid"&XML_STYLE="/styles/cns-long-DE.xml"&LAN="DE"&peid="B166501089"&CID="6731606"&index="L"&Hitnr="2"&dtyp="h"&rtyp="a" DE 0.03 1 0 0 0 0 0 0 0 1 suche.suub.uni-bremen.de 18.97.14.89 1 http://host12/cgi-bin/CiXbase/brewis/CiXbase_search?act=search&search=sqn&sqn=04768995 04768995 j a O e 2019 1000000 0010000 166501089 B166501089 eng ho Vector for carbon export, indicator for aquaculture impact and microbial hotspot Bachmann, Jennifer Eva-Maria Universität Bremen $cErscheint auch als "Particulate organic matter / Bachmann, Jennifer Eva-Maria. - Bremen, 2019" $9166487063 http://nbn-resolving.de/urn:nbn:de:gbv:46-00107140-18 Bremen 2019 1 Online-Ressource (XII, 163 Seiten) : Illustrationen vorgelegt von Jennifer Eva-Maria Bachmann Marine particulate organic matter (POM) can serve as vector for carbon (C) export, indicator for aquaculture impact and microbial hotspot: Off NW Africa, upwelling stimulates primary production. Despite the importance of bacteria for the biological C pump (BCP), little is known about bacterial communities (BCC) off NW Africa. Hence, the first objective is the description of the free-living (FL) and particle-attached (PA) BCC off NW Africa and potential key players in C degradation. Results reveal high relative abundances of C degrading bacteria, suggesting their key role in POM turnover. Aquacultures in the tropics are often accompanied by eutrophication and high POM loads. In Bolinao, Philippines, recurring hypoxia leads to major fish kills. So far POM characteristics have not been quantified. Results indicate the aquaculture activities in POM characteristics, rendering them ideal indicators for aquaculture impact. Overall, the results advance our understanding of the BCP... Universität Bremen, Dissertation, 2019 https://nbn-resolving.org/urn:nbn:de:gbv:46-00107140-18 B166487063