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The Current Local Date and Time in Albino, Italy (IT)

Name: Albino
Address: Albino, IT

Time Zone Europe/Rome

07:53:36

Local Time Date and Timezone

Where is Albino? (Italy, IT)

Albino is a city located in Italy (IT).
Latitude 45.76444 Longitude 9.79904

Albino location on the Italy (IT) map

Information about Albino

City: Albino
Country: Italy (IT)
Latitude: 45.76444
Longitude: 9.79904
Time Zone: Europe/Rome

Time zone and UTC offset ofAlbino

Albino, Italy is in the Europe/Rome time zone, which is currently UTC+2. This time zone observes daylight saving time (currently in effect). The next clock change is on October 25, 2026.

Current time difference with other cities

Albino is 1 hour ahead of London
Albino is 6 hours ahead of New York
Albino is 9 hours ahead of Los Angeles
Albino is 2 hours behind Dubai
Albino is 7 hours behind Tokyo
Albino is 9 hours behind Sydney

Frequently asked questions about time inAlbino

What time zone is Albino in?

Albino, Italy is in the Europe/Rome time zone (currently UTC+2).

Does Albino observe daylight saving time?

Yes, the clocks change during the year in this time zone.

What is the time difference between Albino and New York?

Albino is 6 hours ahead of New York (the difference can change when either place switches to or from daylight saving time).

What are the coordinates of Albino?

Albino is located at latitude 45.76444 and longitude 9.79904.

Sunrise, sunset and moon phase inAlbino today

Astronomical data for October 16, 2026 in Albino, calculated for the Europe/Rome time zone. All times are local.

Sun

Sunrise: 07:39
Solar noon: 13:06
Sunset: 18:34
Length of day: 10 h 55 min

Moon

Moon phase: Waxing Crescent
Illumination: 28%
Moon age: about 5.2 days
Moonrise: 13:50
Moonset: 21:44

Other cities inItaly

All cities and towns in Italy

City of Albinism

Albinism is the congenital absence of pigmentation (in mammals, melanin) in an animal or plant resulting in "hair being white, red, or yellow", "feathers, scales, and skin being yellow", "eyes being red, pink, purple, violet, or blue", and "leaves or stems being white or yellow", if applicable. Individuals with the condition are referred to as albinos. Varied use and interpretation of the terms mean that written reports of albinistic animals can be difficult to verify. Albinism can reduce the survivability of an animal; for example, it has been suggested that albino alligators have an average survival span of only 24 years due to the lack of protection from UV radiation and their lack of camouflage to avoid predators. It is a common misconception that all albino animals have characteristic pink or red or purple or violet eyes (resulting from the lack of pigment in the iris allowing the blood vessels of the retina to be visible); this is not the case for some forms of albinism. Familiar albino animals include in-bred strains of laboratory animals (rats, mice and rabbits), but populations of naturally occurring albino animals exist in the wild, e.g., Mexican cave tetra. Albinism is a well-recognized phenomenon in molluscs, both in the shell and in the soft parts. By definition albinism is a genetic condition, however a similar coloration could be caused by diet, living conditions, age, disease, or injury. Oculocutaneous albinism (OCA) is a clearly defined set of seven types of genetic mutations which reduce or completely prevent the synthesis of eumelanin or pheomelanin, resulting in reduced pigmentation. Type I oculocutaneous albinism (OCA1a) is the form most commonly recognised as 'albino' as this results in a complete absence of melanin in the skin, hair/fur/feathers, and pink pupils, however this has led many to assume that all albinos are pure white with pink pupils, which is not the case. In plants, albinism is characterised by partial or complete loss of chlorophyll pigments and incomplete differentiation of chloroplast membranes. Albinism in plants interferes with photosynthesis, which can reduce survivability. Some plant variations may have white flowers or other parts. However, these plants are not totally devoid of chlorophyll. Terms associated with this phenomenon are "hypochromia" and "albiflora". The persistence of albinism in humans is generally the result of a mutation-selection balance in which the tendency to be reduced due to a small lack of fitness is counterbalanced by a low rate of mutation in the genes responsible for melanin production and regulation.
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