Nice example of an attractive and both visual and textual display of indicators.
Archive for the ‘GEO’ Category
Very interesting data and some really nice graphics on land grabbing.
Nice online browser/atlas with Landsat global mosaic @ 14.5 meters (?).
“Very much a reference book, Keeping track of our changing environment will prove an invaluable and accessible source of data that underpins a proper understanding and interpretation of numerous issues confronted daily by readers of New Agriculturist, whether specialist advisor, educator or policymaker. Eye-catching and providing much ‘food for thought’, UNEP is to be congratulated for conceiving and commissioning this ‘must have’ publication.”
Although the authors of the report have carefully avoided providing any critical evaluation of the statistical data, anyone reading the 111-pages study can hardly conclude that global leaders have done a great job since they received a wake-up call about the world’s sustainability challenges twenty years ago.
All in all, the UNEP study is an impressive work of data collection but it could have done with a little bit less spin and a bit more “hard” evaluation. But then again, maybe this document has a political function and the real meat can be expected in May of next year?
Graphs of the report used in the PPT of “NRT President and CEO” David McLaughlin
This report is proof that, through restrained use of technical language and intelligent application of design tools and graphs, complex messages can be conveyed to wider audiences. Overall, Keeping Track does a good job of explaining to us where we have come from. Where we are going is now up to all of us.
Two graphs included in a Monsanto-Presentation on Climate Change
Listed as one of the four “KEY REFERENCE REPORTS”
CEOS – The Earth Observation Handbook
The Keeping Track book is the best of the summary pieces I have surveyed for Rio+20 and Im glad to be able to use its messages.
Graphics used in The Earth Observation Handbook 2012
Newly created graph based on all statistics of the KT report. Interesting, different perspective.
The United Nations Environmental Program (UNEP) releases excellent summary looking back at our changing world since the Rio Earth Summit in 1992.
Used widely in a PPT called “State of the global climate 2012 with reference to the past 20 years”
Listing of percentage changes derived from Keeping Track in PDF for Rio
[issuu width=650 height=350 backgroundColor=%23222222 documentId=111108142532-e64584d835a64a1ea032e88e854b247e name=keeping_track username=grid-geneva tag=data unit=px id=79eae8ab-2323-207a-c116-454eb4239ef2 v=2]
The environmental changes that have swept the planet over the last twenty years are spotlighted in a new compilation of statistical data by the UN Environment Programme (UNEP), released today in a report entitled “Keeping Track of our Changing Environment: From Rio to Rio+20“.
An updated version of the Bubble Charts which I’ve done last year, this time with a linear scale as well, as well as the Human Development Index used instead of the GDP. So, here one can see the HDI on the x-axis, the per capita CO2 emissions on the y-axis, the total emissions by size of the bubble, the total population by size of the font for the country name, and the region (colored circle) a country belongs too. Plus, the regional aggregates have been plotted too. PDFs can be downloaded here.
Datamob highlights the connection between public data sources and the interfaces people are building for them.
WMS with Geoserver
Old version, and not correct: WMS with Mapserver
Between science and art: Commercial shipping activity can lead to ship strikes of large animals, noise pollution, and a risk of ship groundings or sinkings. Ships from many countries voluntarily participate in collecting meteorological data globally, and therefore also 7 report the location of the ship. We used data collected from 12 months beginning October 2004 (collected as part of the World Meteorological Organization Voluntary Observing Ships Scheme; http://www.vos.noaa.gov/vos_scheme.shtml) as this year had the most ships with vetted protocols and so provides the most representative estimate of global ship locations. The data include unique identifier codes for ships (mobile or a single datum) and stationary buoys and oil platforms (multiple data at a fixed location); we removed all stationary and single point ship data, leaving 1,189,127 mobile ship data points from a total of 3,374 commercial and research vessels, representing roughly 11% of the 30,851 merchant ships >1000 gross tonnage at sea in 2005 (S14). We then connected all mobile ship data to create ship tracks, under the assumption that ships travel in straight lines (a reasonable assumption since ships minimize travel distance in an effort to minimize fuel costs). Finally, we removed any tracks that crossed land (e.g. a single ship that records its location in the Atlantic and the Pacific would have a track connected across North America), buffered the remaining 799,853 line segments to be 1 km wide to account for the width of shipping lanes, summed all buffered line segments to account for overlapping ship tracks, and converted summed ship tracks to raster data. This produced 1 km2 raster cells with values ranging from 0 to 1,158, the maximum number of ship tracks recorded in a single 1 km2 cell.
Because the VOS program is voluntary, much commercial shipping traffic is not captured by these data. Therefore our estimates of the impact of shipping are biased (in an unknown way) to locations and types of ships engaged in the program. In particular, high traffic locations may be strongly underestimated, although the relative impact on these areas versus low-traffic areas appears to be well-captured by the available data (Fig. S2), and areas identified as without shipping may actually have low levels of ship traffic. Furthermore, because ships report their location with varying distance between signals, ship tracks are estimates of the actual shipping route taken.
What happens in the vast stretches of the world’s oceans – both wondrous and worrisome – has too often been out of sight, out of mind. The sea represents the last major scientific frontier on planet earth – a place where expeditions continue to discover not only new species, but even new phyla. The role of these species in the ecosystem, where they sit in the tree of life, and how they respond to environmental changes really do constitute mysteries of the deep. Despite technological advances that now allow people to access, exploit or affect nearly all parts of the ocean, we still understand very little of the ocean’s biodiversity and how it is changing under our influence. The goal of the research presented here is to estimate and visualize, for the first time, the global impact humans are having on the ocean’s ecosystems. Our analysis, published in Science February 15, 2008, shows that over 40% of the world’s oceans are heavily affected by human activities and few if any areas remain untouched.
Different – innovative and attractive – way of displaying CO2 emission data, as ISO country codes. And very useful to see both per capita and total values displayed next to each other. PDFs available here.
A couple of nice graphics with these statistics I always have to deal with.
Another nice visualization of assessment data.