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| bio | website | blogs.longwood.edu/… |
|---|---|---|
| location | Longwood University, VA | |
| age | ||
| visits | member for | 1 year, 5 months |
| seen | May 9 at 21:28 | |
| stats | profile views | 10 |
I am an Assistant Professor of Biology at Longwood University. My main interests are how biodiversity affects ecosystem function in aquatic sediments. You can find out more about what my lab is doing here: http://blogs.longwood.edu/fortinolabnotebook/
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May 9 |
comment |
Does biofuel production by microalgae need an extra source of CO2? OK so that sounds like a slightly different question... it sounds more like you are asking if algal biofuel production could lower atmospheric $CO_2$ concentrations to the point where it is no longer possible. I think the issue here is that the industrial process that "farms" the algae could concentrate the $CO_2$ in the bioreactor so that the atmospheric $CO_2$ concentration isn't that important. There was certainly lots of algal production when atmospheric $CO_2$ was 280 ppm, so that is plenty to get them to grow. |
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May 9 |
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Does biofuel production by microalgae need an extra source of CO2? That is definitely an interesting question but I am not sure it is a biological question as much as an engineering question. |
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May 9 |
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Does biofuel production by microalgae need an extra source of CO2? I think your question needs some clarification to be answerable. Algae need $CO_2$ as a carbon source for photosynthesis but the source is irrelevant. Are you asking if industrial scale biofuel production can be sustained at atmospheric $CO_2$ concentrations? |
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Apr 29 |
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What organs are absolutely needed by the human body? As the comments are gradually illustrating, I think this question is too vague to really be answered effectively. There are some clear examples of organs that can be removed w/o immediately causing death with varying degrees of medical intervention but you could likely keep any small amount of human tissue alive for weeks in the lab so the answer would be all of them except for that piece* (lots of medical intervention required). |
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Apr 14 |
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What is a bacterial biofilm? Why would you want to combat them universally? Some do us harm (e.g., the plaque on our teeth) but most are essential for the functioning of the biosphere. |
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Mar 30 |
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If life is discovered on another planet, will it likely be classified using the current domain/kingdom/phylum system? Yeah I think that captures it. I am not sure this question is more contcontroversial than phylogeny in general :) |
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Mar 30 |
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If life is discovered on another planet, will it likely be classified using the current domain/kingdom/phylum system? I disagree. Our current classification system is based on classifying evolutionary history from a single common ancestor, not function. Function is used to assess evolutionary relationships. Excluding panspermia, any extraterrestrial life would represent a completely unique evolutionary history and could not be classified. |
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Mar 21 |
asked | Does preservation in ethanol alter leaf litter mass? |
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Mar 6 |
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Are animals that live in areas where avalanches happen equipped to deal with that? I don't have a definitive answer for you so this is a comment but my gut feeling is that most animals would not encounter avalanches often enough for them to act as a selective force. I can't think of any animal that lives on steep snow covered slopes. There are mountain dwelling animals (mountain goats) but I don't think they spend a lot of time in snowy slopes, but not bc of the avalanche risk but bc it is hard to walk in deep snow. Note that humans encounter avalanches mostly when skiing, which is a pretty odd behavior as behaviors go. |
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Mar 6 |
awarded | Custodian |
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Mar 6 |
reviewed | Leave Open Types of bacteria that will kill other types of bacteria? |
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Mar 4 |
revised |
How does this diagram illustrate carbon cycling in lakes? converted title into a question |
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Mar 4 |
revised |
How does this diagram illustrate carbon cycling in lakes? added link and clarified inorganic carbon |
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Mar 4 |
answered | How does this diagram illustrate carbon cycling in lakes? |
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Feb 25 |
revised |
Gas from bacteria that's not methane clarified further |
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Feb 25 |
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What is this crow eating, and is it a common part of the corvid diet? I agree with @AlanBoyd that we cannot know for sure but I would say it is unlikely that a crow could catch and kill a healthy flicker. So just based on that, it seems more likely it scavenged it. |
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Feb 25 |
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Gas from bacteria that's not methane @JackAidley indeed they do... thanks. I edited the answer. |
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Feb 25 |
revised |
Gas from bacteria that's not methane added 38 characters in body |
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Feb 25 |
answered | Gas from bacteria that's not methane |
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Feb 18 |
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Are there grass or fiber eating birds? +1 It could also be noted that the fact that Canada Geese eat grass is one of the reasons that they are thriving (i.e., a nuisance) in the human constructed suburban environment of lawns and ponds. |
