UNIGE document Doctoral Thesis
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Title

Development of sensing principles for electrochemical detection of nutrients and species relevant to the carbon cycle
Author
Pankratova, Nadezda
Director
Bakker, Eric
Defense Thèse de doctorat : Univ. Genève, 2018 - Sc. 5169 - 2018/01/17
Abstract Monitoring of nutrients and species relevant to the carbon cycle is of vital importance for tracing and understanding the mechanisms that drive aquatic ecosystem dynamics. Multiple harmful effects resulting from nutrient enrichment range from localized high concentrations of suspended algae to marked dissolved oxygen depletion and death of biota. Furthermore, the ocean surface pH has decreased significantly in the last few decades, leading to notable changes in structure and biodiversity of aquatic ecosystems. High quality monitoring of relevant chemical species is crucial in order to predict and to be able to deal with the consequences of anthropogenic influences. The main goal of this work has been the development of sensors, new tools, in-line setups and approaches for on-site and in-situ monitoring of nutrients and species relevant to the carbon cycle; integration of the proposed arrangements for the field analysis in freshwater and/or seawater with subsequent validation using laboratory measurements.
Keywords Nutrients — Carbon — Carbon cycle — Electrochemical sensors — In-situ monitoring — Environmental sensors — Nitrate — Nitrite — Phosphate — PH — Carbonate — Calcium
Identifiers
URN: urn:nbn:ch:unige-1029398
Full text
Thesis (8.2 MB) - public document Free access
Structures
Faculté des sciences / Section de chimie et biochimie / Département de chimie minérale, analytique et appliquée
Research group Groupe Bakker
Projects
Swiss National Science Foundation: FNS Sinergia CRSII2-147654
Autre: EU Seventh Framework Program (FP7-OCEAN 2013.2 SCHeMA project - Grant Agreement 614002)
Citation
(ISO format) 		PANKRATOVA, Nadezda. Development of sensing principles for electrochemical detection of nutrients and species relevant to the carbon cycle. Université de Genève. Thèse, 2018. doi: 10.13097/archive-ouverte/unige:102939 https://archive-ouverte.unige.ch/unige:102939

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Deposited on : 2018-03-14

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