blogs.agu.org
GeoSpace - AGU Blogosphere
http://blogs.agu.org/geospace
Pacific sea level predicts global temperature changes. The amount of sea level rise in the Pacific Ocean can be used to estimate future global surface temperatures, according to a new study. Climate modeling suggests Venus may have been habitable. Study quantifies impact of oil and gas emissions on Denver’s ozone problem. The Geoscience Papers of the Future: a modern publication strategy for data management and scientific publication. Many data used in scientific papers are not accessible by reading the ...
longitudezero.blogspot.com
Longitude: Zero: Novo Blog
http://longitudezero.blogspot.com/2009/06/novo-blog.html
Um pouco de tudo: Geologia, Ciência, Linux, Viagens, etc. Terça-feira, 30 de junho de 2009. Pois é, comecei um blog novo. Não que eu vá largar mão deste aqui, mas é que o outro ( http:/ digitalelevation.wordpress.com. É em inglês e vai ser mais voltado a discussão de temas atuais e interessantes em geoprocessamento, sensoriamento remoto, ciência de um modo geral, e o que mais eu achar que vale a pena. E falando em criar um blog nov, alguém aí já tentou fazer isso ultimamente? Posted by Carlos Grohmann.
longitudezero.blogspot.com
Longitude: Zero: Junho 2009
http://longitudezero.blogspot.com/2009_06_01_archive.html
Um pouco de tudo: Geologia, Ciência, Linux, Viagens, etc. Terça-feira, 30 de junho de 2009. Pois é, comecei um blog novo. Não que eu vá largar mão deste aqui, mas é que o outro ( http:/ digitalelevation.wordpress.com. É em inglês e vai ser mais voltado a discussão de temas atuais e interessantes em geoprocessamento, sensoriamento remoto, ciência de um modo geral, e o que mais eu achar que vale a pena. E falando em criar um blog nov, alguém aí já tentou fazer isso ultimamente? Extraído de: The Onion.
blogs.agu.org
Heart Rate Monitors for Shellfish May Help Purify Rivers - GeoSpace - AGU Blogosphere
http://blogs.agu.org/geospace/2014/12/18/heart-rate-monitors-shellfish-may-help-purify-rivers
Heart Rate Monitors for Shellfish May Help Purify Rivers. Heart Rate Monitors for Shellfish May Help Purify Rivers. Two sensors adorn the shell of a live pocketbook mussel. One measures the mussel’s heartbeat, while the other tracks when the shell opens. The new device uses the same principle as human heart rate sensors that clip to people’s fingers, according to Vial. An infrared light penetrates the mussel’s shell and reflects off its internal organs, tracking the ebb and flow of blood. The mus...I hop...
blogs.agu.org
Rare upward lightning videos reveal potential downward triggers - GeoSpace - AGU Blogosphere
http://blogs.agu.org/geospace/2012/10/05/rare-upward-lightning-videos
Rare upward lightning videos reveal potential downward triggers. Rare upward lightning videos reveal potential downward triggers. Meteorologists have documented upward lightning, which travels upward from the ground to the clouds, since 1939, but they remain puzzled about how it happens. Now, one research team’s analysis of high-speed video taken in Rapid City, South Dakota, captures a possible clue: a downward flash that preceded most upward lightning filmed by the observers. The researchers say that do...
geomorphometry.wordpress.com
Blog Moved! | Geomorphometry
https://geomorphometry.wordpress.com/2010/12/17/blog-moved
Almost] random thoughts on digital terrain analysis, geology, science, free software, GIS, caving, etc. December 17, 2010. The contents of this blog are now at. Http:/ digitalelevation.wordpress.com. Please update your bookmarks! Leave a Reply Cancel reply. Enter your comment here. Fill in your details below or click an icon to log in:. Address never made public). You are commenting using your WordPress.com account. ( Log Out. You are commenting using your Twitter account. ( Log Out. Htt 2 weeks ago.
blogs.agu.org
Earth’s most abundant mineral finally gets a name - GeoSpace - AGU Blogosphere
http://blogs.agu.org/geospace/2014/06/06/earths-abundant-mineral-finally-gets-name
Earth’s most abundant mineral finally gets a name. Earth’s most abundant mineral finally gets a name. The mineral said to be the most abundant of our planet, but found so deep within Earth’s interior that scientists usually cannot observe it directly, now has a name. Scientists have known for decades that bridgmanite existed in the Earth’s interior, but had been unable to successfully characterize a naturally occurring sample until this year. Tschauner, along with Chi Ma, a senior scientist and mineralog...
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