10. 42º36’41”N
08º22’09”O
670 m
DESCRIPCIÓN
El observatorio de Forcarei
en Pontevedra está ubicado
en una finca de 10.000m de
superficie. Cuenta con un
edificio circular en cuya
cúpula de 5m de diámetro
descansa un telescopio
RCOS de 51cm.
Los principales focos de
contaminación lumínica son
los polígonos industriales de
Cachafeiro y A Estrada,
situados al SW y NW
respectivamente.
Hacia el NE hay numerosos
generadores eléctricos
Al estar protegido por
estribaciones montañosas el
horizonte de observación es de
muy buena calidad.
El observatorio cuenta con
acceso para automóviles, toma
de corriente y WIFI.
En el entorno hay varios
alojamientos.
El concello de Forcarei ha
puesto el máximo interés en la
elección de las luminarias
públicas para que no mermen
la excelente calidad de cielo
del observatorio.
CÓMO LLEGAR
El observatorio está situado a 44km de
Pontevedra y a 3 de As Casetas, en la
carretera que une Forcarei y A Estrada.
Para acceder desde Forcarei es necesario
tomar la Rúa Progreso.
Notas del editor
NixNox is a scientific project based on UCM, and sponsored by SEA and STARS4ALL.
This work started as an effort to find and characterize places around Spain to enjoy starry skies. To do so professional and amateur astronomers that are collaborating together.
We are in touch with around 25 amateur astronomer associations that have already gathered information of more than 100 places.
You can check this info in the website nixnox.stars4all.eu.
The information will be displayed in a card and that includes…
For the same reason when using online maps its not usual to active the a satellite pictures layer on top. You recognize the information better when schematically presented.
In this case it is clear there is a big city at the south west position, and indeed this is the sky brightness map of a village called Villaverde del Ducado and the light that you can see comes from Madrid, located at south west.
So, we have already more than 100 locations over Spain but would really like to find new collaborations for the project to grow outside our borders
We have started by adding a few places in the States characterizing the few we were visiting during last summer expedition to see the solar total eclipse.
If you want to participate you will need a photometer. The one in the picture is an SQM installed on a photography tripod with a protractor. The idea is measuring the sky brightness every 30 degrees of Azimuth and 20 in altitude getting a matrix of data to fill the text stencil that you can find in our webpage.
You will be asked to fill other data such as the date, the time, the temperature, and the gps coordinates.
That way, we will transform the data into the map sky to characterize the night sky of the observation point.
On addition to the text stencil we have created this PowerPoint one with the idea of getting ready for printing a book. It’s just the same information that you can see on the cards but on paper.
This are the logos of the astronomers associations that are collaborating with us. Would you like to appear here?