The main objective of SMARTECOPONICS is the design and development of a novel approach for monitoring the main biological hazards affecting consumers of aquatic foods. This includes pathogens (coliforms and cyanobacteria) and biotoxins that, when consumed in excess of threshold quantities, can lead to illness. The proposal offers a complete solution to monitor microbiological species involved into maintain the equilibrium among microbial activity, nutrients and wastes along the value chain of aquaponics regards human health risks. [More](http://www.waterjpi.eu/joint-calls/joint-call-2016-1/smartecoponics
Aquaponics is a merging of agriculture and aquaculture culture systems that may provide a solution t...
Biological and environmental sciences are, more than ever, becoming highly dependent on technologica...
A novel toxicity-warning sensor for water quality monitoring in recirculating aquaculture systems (R...
This issue presents the conclusive results of two European Commission funded Projects, namely Univer...
Food poisoning is a general term used to describe illness from food-borne microorganism. The primary...
Physical and chemical sensors are often proxies in environmental health studies but do not always pr...
AbstractAquaculture sustainability depends on three pillars, environment, financial and social. The...
Early, reliable and systematic detection of waterborne chemical and biological pathogens is critical...
Surface water used for drinking water production is frequently monitored in The Netherlands using wh...
Surface water used for drinking water production is frequently monitored in The Netherlands using wh...
© 2018 IEEE. Monitoring presence of micro-plastics in the ocean and fresh waters is an important res...
A novel toxicity-warning sensor for water quality monitoring in recirculating aquaculture systems (R...
Surface water used for drinking water production is frequently monitored in The Netherlands using wh...
A key aspect of the transformation of the economic sector towards a sustainable bioeconomy is the de...
Improved water quality monitoring techniques based on biosensor, optical, microfluidics and informat...
Aquaponics is a merging of agriculture and aquaculture culture systems that may provide a solution t...
Biological and environmental sciences are, more than ever, becoming highly dependent on technologica...
A novel toxicity-warning sensor for water quality monitoring in recirculating aquaculture systems (R...
This issue presents the conclusive results of two European Commission funded Projects, namely Univer...
Food poisoning is a general term used to describe illness from food-borne microorganism. The primary...
Physical and chemical sensors are often proxies in environmental health studies but do not always pr...
AbstractAquaculture sustainability depends on three pillars, environment, financial and social. The...
Early, reliable and systematic detection of waterborne chemical and biological pathogens is critical...
Surface water used for drinking water production is frequently monitored in The Netherlands using wh...
Surface water used for drinking water production is frequently monitored in The Netherlands using wh...
© 2018 IEEE. Monitoring presence of micro-plastics in the ocean and fresh waters is an important res...
A novel toxicity-warning sensor for water quality monitoring in recirculating aquaculture systems (R...
Surface water used for drinking water production is frequently monitored in The Netherlands using wh...
A key aspect of the transformation of the economic sector towards a sustainable bioeconomy is the de...
Improved water quality monitoring techniques based on biosensor, optical, microfluidics and informat...
Aquaponics is a merging of agriculture and aquaculture culture systems that may provide a solution t...
Biological and environmental sciences are, more than ever, becoming highly dependent on technologica...
A novel toxicity-warning sensor for water quality monitoring in recirculating aquaculture systems (R...