La Waterpolo Project ASD è stata la prima squadra italiana ad aderire alla “Herceg Novi Declaration 2021 for sustainability, accessibility & climate change”, iniziativa che va a inserirsi all’interno dell’Agenda 2030 per lo Sviluppo Sostenibile.
La Waterpolo Project inoltre sta portando avanti da settembre 2021 una sinergia basata su condivisione di progetti e confronto con altre squadre di pallanuoto greche e dell’area dei Balcani che ha come obiettivo la sostenibilità ambientale, l’accessibilità per tutti allo sport e i cambiamenti climatici.
SPORT IS OUR STARTING POINT. A SUSTAINABLE FUTURE IS OUR DESTINATION
Waterpolo Project is member of Water Polo Community for Sustainability & Climate Change.
Waterpolo Project combines the power of sport and science with the strenght of collaboration to catalyze action on climate change and help build a sustainable future. Our partnerships with european waterpolo teams advance best-in-class technologies and deliver sustainability gains to society.
Waterpolo Project is proud to represent Trieste and Italy in this social project and be part of this international partnership.
Colorblindness is a visual insufficiency that disables the capacity of distinguishing several colors.
As a result of hereditary transmission, colorblindness drifts from a genetic deficiency associated with the X chromosome.
The condition is often called daltonism, named after John Dalton, the scientist who, in the XVIII century, first described the pathology and who was himself colorblind. Colorblindness affects approximately every 1 in 12 men and 1 in 200 women.
DEUTERANOPIA
Affects hue discrimination in a similar way to protanopia, but without the dimming effect. Again, it is found in about 10% of the male population.
PROTANOPIA
Is caused by the absence of red retinal photoreceptors and it results on difficulties distinguishing between blue and green and between red and green. It is present in 10% of males.
TRITANOPIA
A very rare color vision disturbance in which only the red and the green cone pigments are present, with a total absence of blue retinal receptors. Blues appear greenish, yellows and oranges appear pinkish, and purple colors appear deep red.
MONOCHROMACY
Also known as “total color blindness”, is the lack of ability to distinguish colors (and thus the person views everything as if it were on a black and white television); caused by cone defect or absence.
