At far northern (and far southern) latitudes during the summer, the sky remains light much or all of the "night". In northern Russia, these times are sometimes called "white nights", because the sky never really gets dark. The Sun sets, if it does, far north of west, and doesn't go much below the horizon, and after an hour or two, it rises again far to the north of east.
A personal tale; I was in the US Navy, and our squadron was deployed to Keflavik, Iceland, only a couple of degrees of latitude south of the Arctic Circle. It was late in the day, so we went to the officer's club and had dinner. Then a few drinks, then watched a band play for an hour or three, and a few more drinks..... We left the club at 2AM.
I want you to know, there's not much worse than having the beginnings of a hangover and to walk out of the club at 2AM and get smacked in the eyes by the already-rising Sun.
Summer
At the summer solstice the sun sets on the northern horizon at latitude 66.6 degrees north. At the same time astronomical twilight ends only at latitudes below 48.6 degrees north. It's 66.6 minus 18 because for astronomical twilight to end the Sun's centre must be 18 degrees below the horizon.
The position of the ITCZ varies with the seasons. It reaches its most northern point around 10˚-20˚ N in the Northern hemisphere summer. It moves down to 10˚-20˚ S during the southern hemisphere summer. Therefore, in each hemisphere the summer is rainy for about 10˚-20˚ from the equator.
In the northern part or, High latitudes the weather is cold & dry. Hopes this helps.
Since taigas are the sometimes swampy coniferous forest of high northern latitudes, especially that between the tundra and steppes of Siberia and North America, they tend to have the same temperature ranges of those latitudes. They are cold in the winter and range from cold to rather warm during the summer.
In summer, the Earth's tilt causes the Northern Hemisphere to lean towards the sun, resulting in longer daylight hours. This tilt also shifts the sun's apparent path in the sky, causing it to set further north compared to the winter months. As a result, observers in northern latitudes experience sunsets that occur later and farther north during the summer.
During the northern summer, sunlight prevents viewing the aurora at high northern latitudes. As the sun climbs in the sky until June 21st and then descends, the nights are too light to see the aurora.
The latitude lines that mark the summer and winter solstices are the Tropic of Cancer and the Tropic of Capricorn. The Tropic of Cancer, located at approximately 23.5° North latitude, marks the position of the sun during the summer solstice in the Northern Hemisphere. Conversely, the Tropic of Capricorn, at approximately 23.5° South latitude, marks the position of the sun during the winter solstice in the Northern Hemisphere. These latitudes define the limits of the sun's zenith during these solstices.
The northern hemisphere is tilted towards the sun during the summer, which results in longer days, higher temperatures, and more direct sunlight. This tilt is what causes summer in the northern hemisphere.
The sun's heat is stronger and the days are longer in the northern hemisphere during summer.
On July 1st, Helsinki experiences nearly 18.5 hours of daylight, as it is during the summer when the days are longest. This translates to approximately 77% of the day having sunlight, given that a full day is 24 hours. The extended daylight is characteristic of the northern latitudes during summer months.
as France is in northern hemisphere so it is summer during June July and august