SIMTAP Project

#LaStatale team set up a data collection campaign involving different #aquaculture companies to compare the #SIMTAP systems and the commercial ones; those data will be useful to select the most #sustainable systems, as well as to identify possible solutions for impact reduction.

At the Italian Pavillion in #Expo2020, @Unipisa will present its most relevant researches financed by H2020 programm and by other frameworks such as PRIMA-MED: they deal with hot-topics such as #sustainability to create a more sustainable future, like the #SIMTAP project!

#simtap Dietary inclusion of polychaetes meal: the #MEDFRI experiments revealed the potential of polychaetes meal as a dietary alternative protein source in european seabass and gilthead seabream diets. >bit.ly/3BRUp5G

Several plant species are under investigation as candidate crops in marine aquaponics. Swiss chard and glasswort were the most suitable crops, respectively, in the autumn-winter season and in spring-summer. #simtap #unipi #marine #aquaponics #cropsgrowing

Few slides of the workshop (07/07/2021)! Contributions of the research teams of University of Milan (Giuseppe Coppola) and of the University of Bologna (Daniele Torreggiani). Take a look! 🧐🐟 >>>>>>>>>>>bit.ly/3wsFNWL

Few slides of the workshop! Contributions of the research teams of INRAE, France (Joel Aubin), Mediterranean Fisheries Research Production and Training Institute, Turkey (Mehmet Ali T. Kocer) and University of Applied Sciences, Turkey (Hüseyin Sevgili). Take a look!🧐🐟

Few slides of the workshop! Contributions of the research team of the University of Pisa (Alberto Pardossi, Carlo Bibbiani, Baldassarre Fronte). Take a look🧐🐟

#news Online #Workshop within the #AgEng conference 2021 July 7th, 2PM-5PM (CET), free admission: "Integrated Multi-Trophic systems for sustainable fish and crops production - Results from the pilots and experiments of the PRIMA project SIMTAP" > bit.ly/3vN7Rnj

SIMTAP is an innovative food production system designed for the Mediterranean area, according to the local climatic constraints and technological level. It is based on a traditional Aquaponic system integrated with algae, detritivores and filter-feeder species.