He say actually says the virus comes from skin contact. He suggests using soap and water stops transmission! Nothing about airborne

Limited airborne via casual contact and somewhat contagious.  It moves and behaves like the Black Death plague.  Slow moving - but spreading with a large wall/wave of infections in Africa taking one country at a time, somewhat.   

Somewhat contagious? ! Limited airborne? ! I feel so much better.

He mentioned: Aerosol, which with dried exudate / sputum / vomitus like a dust, can blow and transmit. like with a room fan....

Considering 1-10 virus particles is sufficient for infection, I am certain you are right.  Omilabu on the other hand, despite his aparent position, appears to lack the ability to accurately define "airborne".

Seriously, you guys are making this way more stressful than it needs to be. You have the world's leading infectious disease experts telling you exactly what you should be worried about (contact transmission) but it seems like a lot of hard work is being put into trying to prove it's airborne. If you're going to catch it (and the odds are a lot lower if you live in a developed country) it'll be by contact with contaminated fluids, either directly from a victim or a fomite.
Protecting yourself from that kind of transmission is not as simple as you might think, and it takes practice and research to get it right. Will you wear gloves? If so, for how long? What can you touch while you're wearing them, and what is considered clean? How do you put them on, and more importantly, take them off? Are you going to use alcohol or soap and water every time you take them off? Is anyone in the family allergic to latex gloves? If they are, do you have an alternative in sufficient quantities?
While you're worrying about airborne transmission, your focus is not where it should be - on the most likely way you'll catch it.

We should probably airdrop condoms since it survives in semen. After all, it is Africa.

I am inclined to agree onefluover.  This outbreak of ebola is "cooler" than other outbreaks have been.  By which I mean it can take longer to kill.  That means it has the potential to infect more people per host before the host dies.  The fact that previous outbreaks have been so hot that they burned themselves out has (in my opinion) given the experts a false sense of security.  Albert posted the most informative link:   http://www.psmag.com/navigation/health-and-behavior/scariest-virus-ebola-back-worse-ever-87348/  which opened my eyes a bit. 

It does not need to be fully airborne or have some vector of which we are unaware to be a big problem.  This cooling-off is enough to turn it into a BIG problem.

Transmission patterns and Ro numbers are also heavily influenced by the population the virus is spreading in. Speed and distribution depends especially on how many susceptible hosts there are. Incubation times can also vary. We do not know if there are asymptotic cases, or what percentage of the West African people are naturally immune to its infection. No virus has the ability to replicate in every individual. Natural immunity can come from previous exposure, I.e. living close to the natural vector (perhaps the fruit bat), or different genotypes, even coinfections with diseases such as malaria, and sickle cell which change blood biochemistry and influence the immune system response.

What happens in African population may be very different from infection patterns in a European, Asian or Hispanic population partly to do with genetic diversity. So I think there will be differences in how this outbreak plays out.

As for airborne, I think they say it is in saliva, and they also say you can get it from direct contact with the mucous membranes. Therefore putting the two together then yes if someone coughs into your face where saliva lands on your mouth then yes it can pass on. However they seem to say it does not cause sneezing because it does not naturally infect or irritate the upper airways. (It causes sore throat cause it infects lymph nodes not the throat epithelium itself........or so they say) It is not classed as a respiratory virus as it is not tissue tropic can't invade upper airways.