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Projects
- Gregorian calendar 1601-4000
Liaison
- QGIS tutorials
Shop
- Cart
- My account
- Checkout
Maps
Workshop
Books
Files
Gallery
Links
Contact

Miscellaneous – Conversions

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Mariusz Krukar

My channel is aimed at:
- Astronomy (rare atmospheric phenomenas, celestial events, timelapses),
- GIS & geography (simulation and modelling environmental processes),
- Education (explanation how to use or how to do sth),
- Test equipment (smartphones, GoPro's drones, DSLR cameras with lenses),
- Travel (occasional footages),
- Weather phenomenas (footages, timelapses).

Hope you will enjoy!

YouTube Video UCCSiUTlNYsYQ--qw5FlNpXA_08ZBrpx1fMY

The full HD animation of the lunar shadow moved across North America. Each town is visible on the eclipse path, which should be really beneficial for planning observations in certain areas. This is the most detailed vizualisation to be found on the web.

Plan your observation, and read hints here:
https://www.mkrgeo-blog.com/the-weather-based-long-range-plans-for-your-astronomical-expedition/

The full HD animation of the lunar shadow moved across North America. Each town is visible on the eclipse path, which should be really beneficial for planning observations in certain areas. This is the most detailed vizualisation to be found on the web.

Plan your observation, and read hints here:
https://www.mkrgeo-blog.com/the-weather-based-long-range-plans-for-your-astronomical-expedition/

Total solar eclipse 2024 North America - high detal

YouTube Video UCCSiUTlNYsYQ--qw5FlNpXA_08ZBrpx1fMY

Like it? Please support: https://www.patreon.com/mkopw

The full HD animation of the lunar shadow moved across North America. Each town is visible on the eclipse path, which should be really beneficial for planning observations in certain areas. This is the most detailed vizualisation to be found on the web.

Plan your observation, and read hints here:
https://www.mkrgeo-blog.com/the-weather-based-long-range-plans-for-your-astronomical-expedition/

Total solar eclipse 2024 North America - high detal

YouTube Video UCCSiUTlNYsYQ--qw5FlNpXA_wPppI2k3U_E

The 3rd part of the complex animation shows the path of the April 8, 2024, total solar eclipse known as the 2024 Great American Eclipse. It includes 4 major views: the top with Google Hybrid overlay (325-330 km altitude), the shadow in & out (50km altitude), and local views (10-25km).
The animation covers: Arkansas, Missouri, Tennessee, Kentucky, Illinois, and Indiana and the complex view of Indianapolis.
This GIS-based video has been made with the eclipse data based both on NASA.gsfc.eclipse service and Xavier Jubier eclipse page, from where I picked up the most important calculations. I also used the Eclipse24.org webpage in order to grab the local area boundaries.

Read more about how to make visualization such as this:
https://www.mkrgeo-blog.com/total-solar-eclipse-vizualisation-on-google-earth-part-1/

Great American Eclipse 2024, part III - USA - Arkansas & Missouri & Indiana

YouTube Video UCCSiUTlNYsYQ--qw5FlNpXA_ElK0Yv4DvwM

The brief video shows the splendid eclipsed moonset above the Tatra mountains at a distance of about 115km, which was seen from the Zimna Woda (Cold Water) village near Jasło town in south-eastern Poland (Subcarpathian region).

Read more:
https://www.mkrgeo-blog.com/just-partial-lunar-eclipse-of-may-16th-2022/

Partial lunar eclipse of May 16th, 2022

YouTube Video UCCSiUTlNYsYQ--qw5FlNpXA_qqAgxzAb_qU

The simulation of the lunar Metonic cycle between May 19, 2022, and May 19, 2041 displays the southernmost moonsets from Jodłówka Tuchowska Lookout tower, which stands just next to the Brzanka hill. The view is of the Tatra Mountains at a distance of about 100km. We can get to know about the following occurrences across this 19 years period:
- octaeteris
- major lunar standstill
- minor lunar standstill

Lunar metonic cycle 2022-2041 Brzanka [Peakfinder.org]

YouTube Video UCCSiUTlNYsYQ--qw5FlNpXA_czrn5kd0D04

The clever and quick method of preparing any speed limit map in QGIS, including:
- downloading open-source data and loading it to QGIS
- the ordering of the layers
- vector research tools (selection within the region)
- intersection tool
- categorized symbology and its customization
- preparing the map in the print layout

Read also:
https://www.mkrgeo-blog.com/the-quickest-way-of-making-the-speed-limit-map/

0:00 Collecting the data
1:01 Downloading OpenStreetMap database
4:17 Loading data in QGIS
6:01 Preparing the data
10:01 Basic selection of roads
14:57 Preparing road coverage
19:30 Select by location
22:02 Intersection tool
24:22 Export final road layer
26:00 Sanitizing attribute table
27:12 Styling the road map
34:16 Preparing the map for a printable version
36:12 Adding a map to the print layout
40:06 Customizing map header
41:40 Adding speed limit key
45:59 Saving & Loading the map

Speed limit map in QGIS

YouTube Video UCCSiUTlNYsYQ--qw5FlNpXA_07tejlDGetE

Thanks to the marvelous option "Show feature count" you will get to know immediately how many items count in your vector layer. This option is even more useful when i.e. categorized styling is in use.

QGIS - instant counting layer items

YouTube Video UCCSiUTlNYsYQ--qw5FlNpXA_5-ovUj_idxs

The footage of walk inside the jungle in Khao Sok National Park in the evening.

Khao Sok National Park - sounds of the jungle

YouTube Video UCCSiUTlNYsYQ--qw5FlNpXA_Adq5X8Da7ww

Succinct timelapse from the municipality of Anda at the south-eastern corner of the Bohol island. The view of Carina and Vela constellations mostly and Mindanao island in the background. Moonlight conditions.

https://www.mkrgeo-blog.com/the-49-brightest-stars-in-the-night-sky-when-and-where-can-we-see-them/

The view from 1Peace guesthouse

https://www.tripadvisor.com/Hotel_Review-g1872021-d8552281-Reviews-1PEACE_Beach_Resort-Anda_Bohol_Island_Bohol_Province_Visayas.html

Philipines - Bohol island stargazing timelapse

YouTube Video UCCSiUTlNYsYQ--qw5FlNpXA_XAUkIHGfWsY

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Father's Day 2022

Beautiful, although faint light pillar visible just before and at one of the earliest sunrises possible. At the latitude of 49,75 North, the earliest sunrise occurs on June 16. It doesn't mean the northernmost azimuth of sunrise, which is to be observed on June 21. From where this difference comes from? It's driven by analemma produced by the various speeds at which Earth revolves around the Sun around the year.

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