Science Progress has a great interactive map on the effects of climate change on different aspects of human life, including health and agriculture.
Clicking on the pin takes you to the original source of the information. And you can add your own pins. This is just the kind of model that we could use in developing our platform for an early warning system for genetic erosion.
Tracing Paper had a fun mosaic of food-themed maps yesterday. We’ve blogged about a couple of them before, and lots more actually, as it’s a bit of an obsession around these parts, but it’s fun to see them all together like that. And while we’re on the subject of geography, I got 8 out of 9 on the beer geography quiz that was also concidentally on Mental Floss this week. Can you beat that?
Another attempt to harness the “wisdom of crowds” is in the offing. The eBiosphere informatics challenge is asking people around the world to send in observations of “species of interest.” That basically means mainly invasives and threatened species, for now. You can contribute photographs to Flickr or use Twitter or send an email. You don’t have to be a taxonomist: you’re asked to do your best on the identification, and they’ll bring experts in for confirmation. All the observations coming in will be integrated it with other scientific knowledge (e.g. taxonomy, maps, conservation status) on the species.
Now, if you’re a regular reader you’ll know this kind of approach is one we’ve occasionally contemplated here for crop wild relatives, landraces and other agrobiodiversity, in particular to monitor threats and erosion. So I’ll be watching closely.
“We are blurring natural boundaries: forests are no longer forests, meadows are no longer meadows. We have lost sight of eternity and infinity and are destroying nature for future generations.”
It was over two years ago that we blogged about attempts to bring back Iraq’s southern marshes, and the agriculture they supported. Now, via Wired, there’s evidence from NASA of at least partial success.
A United Nations Environment Program assessment of the Iraq marsh restoration in 2006 concluded that roughly 58 percent of the marsh area present in the mid-1970s had been restored in the sense that standing water was seasonally present and vegetation was reasonably dense.
Here’s what this (partial) reclaiming of the marshes looks like from space:
But serious concerns remain: the water used for reflooding may not be sustainable as the population recovers and expands its agricultural efforts, and the region may have already suffered an irreversible loss of species diversity.
Would be nice to know to what extent traditional agriculture is also coming back. Maybe this could be discerned from the aerial images? What has happened to local landraces in the meantime?