It should not be surprising that humanity would settle in places offering "equality," in terms of seasonal exposure to harsh elements or even choose predominantly favorable conditions. So most every place on the Earth maintaining year long habitation over the history of humanity should experience roughly the same environmental conditions.
Further South of these points however is a different story...
"The Royal Belgian Geographical Society in their “Expedition Antarctique Belge,” recorded that during the most severe part of the Antarctic winter, from 71 degrees South latitude onwards, the sun sets on May 17th and is not seen above the horizon again until July 21st!" - 200 Proofs Earth is Not a Spinning Ball
This is actually proof the Earth
is round. Regardless of what "200 Proofs" says, the arctic also experiences this for the exact same amount of time. A polar night at a location around 71 degrees North (North Cape, Norway) lasts from November 20th to January 22, 9 weeks just like your example. For another eyewitness example, see Ratboy's post. This evidence speaks to the perfect symmetry between North and South
"At places of comparable latitude North and South, the Sun behaves very differently than it would on a spinning ball Earth but precisely how it should on a flat Earth. For example, the longest summer days North of the equator are much longer than those South of the equator, and the shortest winter days North of the equator are much shorter than the shortest South of the equator. This is inexplicable on a uniformly spinning, wobbling ball Earth but fits exactly on the flat model with the Sun traveling circles over and around the Earth from Tropic to Tropic." - 200 Proofs Earth is Not a Spinning Ball
This doesn't mean anything and doesn't provide any evidence. It's also just demonstrably false. The longest summer day North of the equator would be the polar day at the North Pole, which lasts from the Vernal Equinox to the Autumnal Equinox, which matches up *exactly* with polar night at 90 degrees South, and vice versa. There's never been a single case in human history where we've found the length of day and nights across seasons of two locations on opposite latitudes didn't match up.
Right now for instance, I am at 41 degrees north of the Equator and will experience just over 11 hours of sunlight.
Birmingham, Alabama, also at 33 degrees (North, however), will also experience nearly 12 hours of daylight.
Seems the latitudes in the northern regions do experience quite a bit more of sunlight.
Good news, friend. Tasmania lies on the 41st parallel South. Let's look at the day and night length of Launceston.
https://www.timeanddate.com/worldclock/australia/launcestonSunrise: 6:50 AM
Sunset: 7:56 PM
That's 13 hours of day length, so that checks out. Timeanddate also lets you see historical data so we can check out August 30th, 182 days from now (22 days before the Autumnal Equinox).
Sunrise: 6:40 AM
Sunset: 5:44 PM
Total day length: 11:04
Well there it is.