Skip to main content

Farewell to Globalis and UNA Norway

After almost 9 years at the United Nations Association of Norway (UNA Norway), it was time to seek new challenges. On monday I'll start working for the Norwegian Broadcasting Corporation (NRK). I'll miss my great colleagues and UNA-Norway - and my baby, Globalis.


Globalis is now 7 years old. She speaks 5 languages fluently; Norwegian, Swedish, Danish, Finnish and Icelandic. She is very busy teaching thousands of visitors every day about our diverse, unfair and exciting world - by visual means:


Globalis, a lot of clever people have taken part in your upbringing, and I'm sure UNA Norway will give you a long and prosperous life. You're mission in life couldn't be more important!

Please follow Globalis on Facebook!

-----

A vital part of Globalis is the world map collection. So far it contains 40 maps on environment and human impact. The map data was researched, collected and prepared in cooperation with Nordpil and Grid-Arendal


Comments

Tim Sutton said…
Hi

These are great datasets. Are the orginal datasets (vectors or rasters) available for download somewhere? They would be a great resource to have in GIS education efforts here in South Africa.

Regards

Tim
Bjørn Sandvik said…
Hi Tim,

You can't download the datasets from one location, and not all maps are available for download - but many of them are. You'll find the source for each map below "Kilde for kart".

Bjørn
Amgine said…
Congratulations! Oddly enough, I just began work on a yr.no-related project, which has me trying to figure out if http://api.yr.no/weatherapi/geosatellite/1.3/?area=global;type=infrared;width=1200;height=600; is a Winkel-Tripel projection, and if so how to correctly coordinate lat/lon.

Do you have any suggestions?

Popular posts from this blog

Creating a WebGL Earth with three.js

This blog post will show you how to create a WebGL Earth with three.js , a great JavaScript library which helps you to go 3D in the browser. I was surprised how easy it seemed when reading a blog post  by Jerome Etienne . So I decided to give it a try using earth textures  from one of my favourite cartographers, Tom Patterson . WebGL is a JavaScript API for rendering interactive 3D graphics in modern web browsers without the use of plug-ins. Three.js is built on top of WebGL, and allows you to create complex 3D scenes with a few lines of JavaScript. If your browser supports WebGL you should see a rotating Earth below: [ Fullscreen ] To be able to display something with three.js, you need three things: a scene, a camera and a renderer. var width  = window.innerWidth,     height = window.innerHeight; var scene = new THREE.Scene(); var camera = new THREE.PerspectiveCamera(45, width / height, 0.01, 1000); camera.position.z = 1.5; var rende...

Terrain building with three.js

In my last blog post , we converted a digital elevation model (DEM) to a WebGL-friendly format ( i.e. easy to transfer and parse by JavaScript in the browser). In this blog post, we'll use the elevation data to build a terrain mesh with three.js .  First we need to transfer the terrain data to the browser. The elevation values are stored in a binary file as 16-bit unsigned integers. This page explains how you can send and receive binary data using JavaScript typed arrays. I've created a TerrainLoader by adapting the  XHRLoader . You can also use this function: function loadTerrain(file, callback) {   var xhr = new XMLHttpRequest();   xhr.responseType = 'arraybuffer';   xhr.open('GET', file, true);   xhr.onload = function(evt) {         if (xhr.response) {       callback(new Uint16Array(xhr.response));     }   };     xhr.send(null); } Loading elevation data with the Terrai...

Thematic Mapping Engine

It's time to introduce the Thematic Mapping Engine (TME). In my previous blog posts, I've shown various techniques of how geobrowsers can be used for thematic mapping. The goal has been to explore the possibilites and to make these techniques available to a wider audience. The Tematic Mapping Engine provides an easy-to-use web interface where you can create visually appealing maps on-the-fly. So far only prism maps are supported, but other thematic mapping techniques will be added in the upcoming weeks. The engine returns a KMZ file that you can open in Google Earth or download to your computer. My primary data source is UNdata . The above visualisation is generated by TME ( download KMZ ) and shows child mortaility in the world ( UNdata ). The Thematic Mapping Engine is also an example of what you can achieve with open source tools and datasets in the public domain: A world border dataset is loaded into a MySQL database . The same database contains tables with statistics ...