Google Earth vs Tasmap

Google Earth shines when you want to fly across satellite imagery on a 3D globe or inspect KML layers with a project team. When you need to publish a fast, readable map on your website or hand visitors a QR code at a trailhead, a dedicated web map builder removes the globe clutter.

Many trail planners, environmental consultants, property researchers and heritage groups build their first draft of a map inside Google Earth. Satellite imagery makes it easy to trace a fence line, spot a trailhead clearing or drop placemarks on buildings whose street addresses do not match their physical entrances.

The friction usually starts when the team tries to share that Google Earth project with the general public or embed it on a website.

What Google Earth Projects do well

Google Earth runs across web, mobile and desktop Pro editions, allowing anyone with a Google Account to create cloud-based map projects stored in Google Drive or import local KML files. According to Google's documentation for Earth projects, users can import KML, KMZ, GeoJSON, zipped Shapefiles and experimental CSV or Google Sheets tables, with support for up to 10,000 map features and 250,000 vertices per import.

For internal site reconnaissance, classroom geography lessons or guided flyover presentations where satellite imagery and 3D photogrammetry are the main event, Google Earth is hard to beat. You can attach photos and videos to placemarks, organize folders, and step through locations slide by slide on the globe.

Where a 3D satellite globe gets in the way of visitors

A satellite photograph shows every parked car, rooftop air conditioner, tree shadow and neighboring driveway with equal visual weight. When a visitor opens a map on a four-inch phone screen to find a nature center trail, a festival stage or a campus parking lot, raw satellite imagery makes thin lines and text labels difficult to read.

There are also publishing boundaries to consider when sharing with non-technical audiences:

Visual noise and styling: You cannot strip out irrelevant background businesses, recolor the road casings, apply subtle paper or woodland textures to zones, or switch the entire basemap to a high-contrast editorial theme that matches your organization's website.
Website embedding and branding: Embedding a clean, responsive interactive map into a Squarespace, Webflow or WordPress page without Google chrome, account prompts or heavy 3D globe controls is not what Google Earth Web is designed for.
Reader search and filtering: A public visitor looking at 150 markers needs a fast search bar that filters by keyword, date or number range and a simple menu to toggle trail or facility categories on and off.
Press-ready print output: When a park, estate or consultant needs a 300 DPI A1 poster or PDF report that matches the online map, taking a browser screenshot of a satellite globe leaves blurry labels and low resolution.

Moving KML and KMZ files into Tasmap

You do not have to throw away the geometry you already traced in Google Earth. Tasmap imports KML and KMZ files directly, up to 10 MB for KML or 20 MB uncompressed for KMZ archives containing up to 200 files and embedded marker images.

When you import a KML or KMZ file into Tasmap, points, routes and polygons come across intact, including interior polygon rings that become hollow cutouts. You can choose to keep the original KML colors and styles or map them onto Tasmap's reusable style presets so every trail, boundary and pin shares a unified visual hierarchy.

From there, you gain the publishing tools a public-facing map needs:

Clean vector themes with 3D terrain: Keep the 3D elevation and hillshading that show how steep a ridge or valley is, while replacing noisy satellite clutter with a tailored color theme and 80 repeatable surface textures.
Linked articles and layouts: Present your map in Classic, Story or Cards layout, linking paragraphs directly to markers, routes and areas so scrolling the text highlights the geography.
Built-in viewer search and QR sharing: Let visitors search across labels and descriptions, check their live GPS position on the grounds, or scan a generated QR code to open the map in their mobile browser.
High-DPI export: Export the Classic layout at 96, 150 or 300 DPI in PNG, JPEG, WebP or PDF up to A0 or 4,096 by 4,096 pixels, with the exact camera tilt and 3D terrain preserved across tiles.

When to use each tool

Use Google Earth when your workflow depends on inspecting historical or current satellite photography, importing Shapefiles, or flying around a 3D globe during a live screen-share with colleagues.

Use Tasmap when the map has to live on your public website, inside a client deck, or on a visitor's phone, and you want control over typography, colors, search, narrative text and print resolution. If you prefer tracing trails over satellite photos in Google Earth first, export your work as a KML or KMZ file and bring it into Tasmap for styling and publishing.

References

Understand data types in Google Earth, Google for Developers. Capabilities and feature limits for cloud-based map projects, KML files and tiled layers in Google Earth.
Import data into Google Earth, Google for Developers. Supported file formats including KML, KMZ, GeoJSON, Shapefiles and experimental CSV imports.
Earth Versions, Google Earth. Comparison of Google Earth on web, mobile and Google Earth Pro on desktop.