primordial sea of algae

13 responses to “primordial sea of algae”

1. 

   JKaljundi

   Aug 1, 2005 at 8:56 pm

   This seems more like it, the last puzzle picture of the blue-green algae was just unnaturally blue.

   For us divers this means almost non-existant visibility like each summer 🙁 Luckily the temperature down at 25-50 meters stays around 2-3 degrees, which does not allow the algae to grow so much.

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2. 

   Ross Mayfield

   Aug 2, 2005 at 7:37 am

   More from Biology News via BoingBoing

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3. 

   jurvetson

   Aug 2, 2005 at 7:08 pm

   wow. What a cool image, thanks!
   

   Seeing the width of the Baltic Sea here helps convey the shear scale of these algae features. My photo is from about 35K feet (the clouds give some sense of scale. You could barely see a boat from this altitude). These patterns are not waves as far as I can tell. They are spaced much farther apart.

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4. 

   glaciergirl

   Aug 31, 2005 at 4:47 am

   Amazing! We are all learning a lot from you 🙂

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5. 

   Stefe

   Aug 2, 2006 at 10:11 am

   The cyanobacteria (blue-green algae) group would like the addition!

   Surfacing every year in the Baltic Sea is a cyanobacteria species known as Nodularia spumigena. It is often producing toxins. Try a google image search.

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6. 

   sillydog

   Aug 5, 2006 at 7:45 pm

   This is a very good example of where climate change and other human activities collide. It’d be a very good example for the climate change group

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7. 

   javier.izquierdo

   Sep 4, 2006 at 5:44 am

   Sweet shot with an excellent caption. Please, consider adding this to the Microbes in the environment group.

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8. 

   jurvetson

   Mar 14, 2007 at 11:00 pm

   This just in, from Technology Review:
   The ocean hosts a stunningly–and surprisingly–diverse menagerie of microorganisms, according to a massive genetic study published today.

   "We have not understood much about our own planet and our own environment," Venter told Technology Review from his boat, the Sorcerer II, currently in the Sea of Cortez, in Mexico. "We’ve been missing as much as 99 percent of the life forms and biology out there."

   The first set of results, published this week in three papers in the journal PLoS Biology, revealed six million new proteins, doubling the number of known protein sequences. "Everywhere we sampled, we found new proteins," says Venter.

   In fact, every environment sampled showed high genetic diversity, both within and between samples. The findings are challenging the notion of species in microorganisms. "When you look at microbes, they don’t appear to be individual species"

   "Microbial communities are almost like a superorganism, where each microbe is contributing to community as a whole," says Weinstock. "We really need to characterize the metagenome and analyze the genes and protein products as an aggregate."

   Venter and others eventually hope to find proteins that can be co-opted to create novel bacterial machines–proteins involved in hydrogen production or carbon fixation, for example, that could one day be engineered to boost the carbon-fixing capacity of the ocean or to create fuel-producing bacteria. "Genes are the design component of the future," says Venter.

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9. 

   javier.izquierdo

   Mar 15, 2007 at 11:29 am

   Indeed, three great massive articles plus a video interview, an interactive poster and much more… (better plan on spending a considerable amount of time browsing and reading) at PLoS Biology‘s The J. Craig Venter Institute’s Global Ocean Sampling Expedition.

   Happy reading.

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10. 

    aeroculus

    Mar 15, 2007 at 12:44 pm

    This collection of papers will, I believe, greatly serve the scientific and engineering communities alike. This is just the beginning in terms of formulating of a whole new way of understanding how Earth systems function from an evolutionary systems perspective. Beyond that, it allows us to think very differently about the complex relationships between organisms and the fluid layer including both ocean and atmosphere; not only how gene expression can be a function of climate, but also how gene expression can, in part, shape climate….a cornerstone for synthetic biology, with potential applications in energy generation and carbon cycle management. As one of the co-authors, I am most excited by the fact that this collection was published in an open-access forum (PLoS – Biology).

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11. 

    fdecomite

    Mar 15, 2007 at 3:58 pm

    looks great

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12. 

    notemi123

    Feb 23, 2008 at 4:10 am

    Amazing how much we can learn browsing flickr. I’ll make sure to come to your page once in a while when in need to learn something.
    Incredible picture, you rock!
    

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13. 

    bigmick65

    Aug 22, 2008 at 3:58 pm

    Amzaing. Very nice photo 🙂

    Reply