A raindrop's journey to the sea

This is a rather fine map tool / experiment / visualisation.

It is called River Runner, and will allow you to follow the route taken by a rainfrop.

Make your raindrop fall anywhere within the contiguous United States and the website will work out the route it will take to the sea and the tributaries and rivers it will flow through. It will then take you along that route.

It's really rather good visually, and I am assume is also accurate.

Check out Sam Learner's other map projects.

Comments

Ideal scenery

Check out this Robert MacFarlane tweet, and the replies that follow for a whole host of ideas on different people's ideal landscapes... Some wonderful images and brief descriptions ideal for sharing... "Tramlines and slagheaps, pieces of machinery, That was, and still is, my ideal scenery." WH Auden Question: what is your "ideal scenery"? pic.twitter.com/8QLS0HRZt9 — Robert Macfarlane (@RobGMacfarlane) July 6, 2017

The path more travelled

I'm currently reading Nicholas Crane's new book on the history of Britain's footpaths: how they came about originally following the drowning of Doggerland , and were then refined by successive waves of change: horses, the Roman invasion etc. It's a dense and scholarly work, with plenty of points of interest and relevance to geographers exploring the connections between people and the landscape. He's taking his book on the road in a series of talks, with three confirmed so far. Here's the description for his talk at Stanford's book shop at the end of the month . He's also speaking in Exeter and Stamford. Walking is a cornerstone of British identity and the most popular form of exercise in the UK. But how much do we know about the paths that we walk? What is their history? Why do they follow the routes that they do? Are they permanent? Can we designate more of them? The Path More Travelled is a coast-to-coast history of footpaths from the stone age paths...

Glacier Melt Visualisation

This nice interactive infographic visualises the ice loss from Switzerland's glaciers. It is one of several from the VisQuill site , developed by Dr. Benjamin Niedermann.

"Look at it this way"

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