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Hines, Mark E.; Faganeli, Jadran; Planinc, R

doi:10.1023/a:1005806508707

Cited by 54 publications

(3 citation statements)

References 42 publications

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“…The highest concentrations of DON, DOP, POC, PN, and PP in seawater and N tot.. in sediment observed in June 1977 in PB was mostly the consequence of macrophyte decomposition after an intense growth illustrated by the high community production measured in April 1977. The high oxygen consumption of decomposing organic matter caused the night anoxia and the proliferation of sulphate reducing bacteria producing H 2 S and pyrite in sediments (Hines et al 1997).…”

Section: Discussionmentioning

confidence: 99%

The impact of sewage discharge on nutrients and community production in a lagoon environment (Lagoon of Strunjan, Gulf of Trieste, northern Adriatic Sea) – a revisited experiment

Fanagelj

2021

ABS

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A specially constructed enclosure in the lagoon environment (Lagoon of Strunjan, Gulf of Trieste, northern Adriatic Sea) received sewage daily while another was kept clean and used as a reference. Nutrients and community production changes were monitored approximately bimonthly over a year. Nutrients introduced by the sewage discharges and diluted by tides were immobilized by enhanced community production, in particular benthic macroalgae. The dead organic matter afterwards settled and decomposed producing anoxic conditions and high levels of dissolved and suspended organic nutrients in the water and total nitrogen in the sediments. The daily mean gross community production showed no quantitative differences between the two enclosures during the study. Differences arose in the temporal succession of the studied events. An intensive nutrient recycling emerged from this study.

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Section: Discussionmentioning

confidence: 99%

The impact of sewage discharge on nutrients and community production in a lagoon environment (Lagoon of Strunjan, Gulf of Trieste, northern Adriatic Sea) – a revisited experiment

Fanagelj

2021

ABS

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“…In order to define the KPIs for each scenario we have reviewed the relevant existing literature [Hines, Faganeli and Planinc, 1997;Kralj et al, 2019;Stachowitsch, 1984;Ingrosso, Giani, Cibic et al, 2016;Ingrosso, Giani, Comici et al, 2016;Ingrosso, Bensi et al, 2017;Cozzi and Giani, 2011;Giani et al, 2012;Mozetič et al, 2012;Brando et al, 2015;Cozzi, Falconi et al, 2012;Cossarini, Solidoro and Umani, 2012;Aubry et al, 2012].…”

Section: End Users Quality Indicatorsmentioning

confidence: 99%

Citizen science and crowdsourcing in the field of marine scientific research — the MaDCrow project

Diviacco¹,

Nadali²,

Nolich³

et al. 2021

JCOM

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Marine research is as important as very demanding since it requires expensive infrastructures and resources. Scientific institutions, on the contrary, have very limited funding so that the seas remain, still, mostly unexplored. Another serious concern is that society at large often resonates with fake news, while scientists sometimes tend to bias research with their backgrounds and paradigms. We think that all these issues can be addressed opening the process of knowledge building to the questions and needs of stakeholders and laypeople. The MaDCrow project proposed and tested several paths to attain these goals.

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“…26 Izotopska sestava 13 C DIC kaže, da je bentoški tok DIC večinoma organskega izvora in sicer v toplejšem (poletnem) obdobju izvira iz razgradnje razgradljivega organskega C sedimentiranega fitoplanktona in bentoških mikroalg, v hladnejšem (zimskem) obdobju pa iz razgradnje bolj odpornega (tudi kopenskega) sedimentiranega organskega C. V poletnem obdobju gostotne razslojenosti vodnega stolpa prihaja do intenzivne remineralizacije na meji sediment-voda, posebno v anoksičnih razmerah 27 , in oksidacije sulfida v H 2 SO 4 . 28 Takrat poteka omejeno raztapljanje karbonatov, ki prispeva približno 10% k toku DIC (slika 8). Podobne vrednosti (5%) so zasledili tudi ob obali italijanske dežele Emilia-Romagna.…”

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»Kisanje« severnega Jadrana

Faganeli

Ogrinc

Tamše

et al. 2021

ACSi

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Prikazan je kratek pregled dosedanjega znanja o karbonatnem ravnotežju severnega Jadrana, ki je dobro pufran zaradi dotoka karbonata z rekami alpskega in kraškega izvora in s tem omejenemu »kisanju«. V prihodnosti napovedujemo še vedno uravnoteženost s povečanim raztapljanjem CO2. V plitvih evtrofnih obalnih vodah bo lahko povezan vpliv povečanja atmosferskega CO2, naraščajoče temperatutre in rečnega vnosa antropogenega CO2 ter zmanjšane puferske kapacitete povečal »kisanje« morja in pomembno vplival na karbonatne organizme.

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Untitled

Cited by 54 publications

References 42 publications

The impact of sewage discharge on nutrients and community production in a lagoon environment (Lagoon of Strunjan, Gulf of Trieste, northern Adriatic Sea) – a revisited experiment

The impact of sewage discharge on nutrients and community production in a lagoon environment (Lagoon of Strunjan, Gulf of Trieste, northern Adriatic Sea) – a revisited experiment

Citizen science and crowdsourcing in the field of marine scientific research — the MaDCrow project

»Kisanje« severnega Jadrana

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