In a previous article "Practical Application of Geo Hound: Extracting Wuhan's Unified Planning Map Services for GIS Analysis", I demonstrated using Geo Hound to access Wuhan's planning map data in QGIS. A key objective was comparing land-use planning attributes against reality to identify discrepancies. While I mentioned using layer swipe for this comparison, many readers inquired about implementing swipe functionality in QGIS.
Following my previous article "This Certification is Highly Valuable for GIS Job Seekers, Yet Overlooked by Many", which helped numerous GIS professionals advance their careers, a middle school geography teacher recently requested vector data for China's geographic regional partitions for classroom presentations. After research, I'm sharing this valuable dataset.
Regions Included:
QGIS 3.44 has now been officially released. I downloaded and tried it out immediately. For Windows users, QGIS 3.44 offers both a test version with Qt6 support ("Latest Version for Windows (3.44) with Qt6 (experimental)") and the standard 3.44 version ("Latest Version for Windows (3.44)").
Following my previous article on extracting Wuhan's planning map services using Geo Hound, the original Wuhan data source implemented access restrictions. For a recent leadership demonstration, I identified an alternative: Shanghai's Detailed Planning Map service.
Note: While workarounds exist for Wuhan's restricted data, this article focuses on ethically accessible sources.
Shared by members of the MalaGIS community (special thanks!), this official platform provides comprehensive urban planning data:
https://shanghai.tianditu.gov.cn/xg/map.html
Following my previous article "GIS Data: Global Time Zone Boundary Data (SHP Format)", several readers requested global continent boundary datasets. Surprisingly, this data proved readily available. Below is a comparative overview of three authoritative sources.
Data Preview: 
As Mac gains popularity among professionals, many GIS users inquire about its suitability for geospatial work. While Windows remains the preferred platform for comprehensive GIS workflows, Mac + QGIS handles basic to intermediate geospatial tasks effectively.
Geo Hound is a browser extension that automatically captures map service links from web pages and centralizes their management. In a previous article, I introduced this tool using a Japanese map service example. To demonstrate its practical value, I'll showcase its application with Wuhan's Unified Planning Map.
This platform integrates legally approved regulatory plans, including:
Managed by Wuhan Planning Bureau, it dynamically updates per national/local regulations.
Access:
http://whonemap.zrzyhgh.wuhan.gov.cn:8020/
(Note: The site uses HTTP instead of HTTPS)
The QGIS development team has officially announced plans for QGIS 4.0, with an expected release in October 2025 following QGIS 3.44. This major update centers on modernizing the platform's core infrastructure.
Recently in the MalaGIS discussion group, we debated the seemingly stagnant development of GIS and the career paths for GIS professionals. Honestly, I too feel uncertain. Coincidentally, I came across a 2018 interview with the founder of QGIS. I've translated it below, hoping it offers insight to readers.
When creating thematic maps in ArcGIS or QGIS, thematic coloring (choropleth mapping) is a common technique where different regions are colored according to their data values, revealing spatial patterns. Recently, our management requested integrating this functionality into our business system. While we could publish pre-rendered maps from ArcGIS/QGIS through servers like GeoServer, this lightweight feature doesn't warrant heavy infrastructure. Instead, I explored coloring GeoJSON features directly and discovered colormap - an elegant solution.
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