Lightning kills giraffe, kills five elephants at once, kills flock of 52 geese in 1932

Incidentally, there are loads of stories of dead or fatally injured birds falling from the sky.

I once saw a house sparrow fall out of a small tree, dead for no obvious reason. As far as I could tell, there were no other birds or other animals in the tree that could have done it in.

Umm, that's Elgin, Manitoba, not Elgin, Scotland.

Another fairly local tale of animal electrocution: The town of Fairford, Manitoba suffered for some time from frequent unexplained power outages, due to a tripped high voltage power line. Until, one day, a fisherman by the dam on the Fairford River witnessed a White Pelican flying between the power lines that crossed the river there. BZZZZT, line fault, and the bird dropped into the flowing water and the carcass floated away. He told the power company, they moved the wires farther apart, no more problems.

Brad

Quite right about Elgin, Manitoba.

Also quite right about the power lines. Our power company changed their specifications for high voltage lines further north, stringing them farther apart so that birds, ravens mostly, didn't draw an arc flying between the wires. Down in southern parts of Manitoba, the bigger birds either aren't around or are more canny about electricity.

I scoped out Elgin on Google Earth, and it displays how very flat that part of the world is. I am guessing that the geese would have been the highest objects for a hundred miles in any direction.

Lightening killed a circus elephant in Oquawka Illinois nearly 40 years.
http://www.elephant-news.com/index.php?location=Oquawka,%20Illinoisago

Oh boy, do I have a giraffe story. Might have to blog it. (It's not mine, but told to me by a ranger in South Africa a few weeks after the event.)

In March 1990, a tornado along the Platte River in Nebraska, U.S.A., killed an estimated 1,200 geese, mostly Snow Geese and about 2 percent Rossâ Geese.

Johnsgard, P. A. 2009. Four Decades of Christmas Bird Counts in the Great Plains: Ornithological
Evidence of a Changing Climate. 2009. URL: http://digitalcommons.
unl.edu/biosciornithology/46/

Possum strike is similar to the pelican issue.

Ringtail possums wrap their tail around one wire and then leap to the next.

http://manly-daily.whereilive.com.au/news/story/two-possums-black-out-2…

I would think that neither the electrical shock nor heat would directly cause many birds to fall out of the sky.

On the other hand when a 2000C bolt travels through air, particularly moist air, it can certainly cause a concussive pressure wave that could stun any birds nearby. Even if not enough to kill them outright; if they quit flying at altitude the fall would finish them.

maybe lighting got the dinosaurs?..well those sauropods sort of stuck way up in the air and BLAM..there go's the food chain...makes as much sense as some other ideas i've read.

so far, I've found one technical paper: Zele et al. (2006)

Here's another one for you:

Shaw, G.E. & Neiland, K.A. 1973. Electrocution of a caribou herd caused by lightning in central Alaska. Journal of Wildlife Diseases 9, 311-313.

You might also be interested in:

Howell, J.C. 1941. Bald eagle killed by lightning while incubating its eggs. The Wilson Bulletin 53, 42-43.

Lincoln, F.C. 1941. Pelicans killed by lightning. The Auk 58, 91.

Sprunt, A. 1941. Cormorants killed by lightning. The Auk 58, 568.

Sugden, J.W. 1930. White pelicans killed by lightning. The Auk 47, 72-73.

Sorry about confusing Elgin in Manitoba with a same-named place in Scotland, how silly of me. Thanks for other comments and references. The death of Norma Jean, the elephant from Illinois (comment 4), was mentioned last time.

In theory, lightning strike to ground should affect humans less than an animal such as a giraffe, or cow, or sheep, or dinosaur. We are bipedal, and our legs are a comparatively short distance apart, hence the potential difference in current is less, as the ground resistance causes voltage drop across differential distance. Thereâs less potential difference between our feet, theyâre not that far apart when we are standing. With a quadruped, especially large ones, their front pair and back pair are a significant distance apart, which, when placed across the voltage gradient of the ground strike, amounts to quite a potential difference between one end of the body and the other.

Another factor is that as current passes up one of our legs and down the other, it isnât necessarily going through our heart, whereas in a quadruped it goes up the back legs (for example) and through the body (and passes the heart) and down the front legs. Or vice versa.

As for those geese, though, theyâre bipedal, with a short distance between their feet. I think they were just being silly to get attention.

Ian:

As for those geese, though, theyâre bipedal, with a short distance between their feet.

The geese - as well as the pelicans and the cormorants in the references that I cited - were struck by lightning while flying in mid-air.

While I'm at it... here are a few more unlucky victims of Thor's (or perhaps Zeus'?) wrath.

My grandfather was a hunter and he had a photo of a group of several (10 or so) dead deer at the wall (Red? Fallow?). Upon me asking him about the circumstances, he said that this group of deer had gathered on a meadow during a thunderstorm in a tight circle for protection and all got killed when lightening struck one of the animals.
This was in Germany, probably somewhere around 1950 to 1970.

Did you already cover frog rains?

So, the world needs a study how electrocution risk limits the upper size of land animals.

I think, Godzilla would be less vulnerable than sauropods. ;)

I think, Godzilla would be less vulnerable than sauropods. ;)

I don't know. Plasma is a conductor.

In theory, lightning strike to ground should affect humans less than an animal such as a giraffe, or cow, or sheep, or dinosaur.

I dunno about that, Ian. During a summer thunderstorm the rain gutter came loose from the low eave, allowing rain to pour down onto my porch. I went out barefooted and was attempting to reattach the gutter when lightning struck the ground less than a quarter mile away. I was thrown across the porch against the wall of the house. The back of my head struck the wall, and I was temporarily blinded.

Incidentally, years later when I was teaching on the Navajo Reservation, I told this story to my class. A couple weeks later there was a package on my desk one morning. The door had been locked and I don't know how they got in to leave it there. It was a sand painting. Not a chintzy sand painting like those sold to tourists but a really well done one like those made for ceremonies. On the back of the board the sand painting was on, was the title "Big Lightning" and an explanation that it was the sand painting done during ceremonies for people effected by lightning - struck directly or made ill by burning firewood from a tree struck by lightning. I never learned which of my students had left it for me but it was a sign that I was liked by at least one of them, whether they acted like they liked me or not.

Just saw this posted and it is germane to the coversation: http://www.mentalfloss.com/blogs/archives/72877

The relevant pictures are fairly far down, but there is one of horse and another of sheep.

In 1994, in the the Guardian newspaper's 'Notes and Queries' column, R.W. Pearson of Leicester gave the following answer to the question âDo giraffes take special precautions during thunderstorms?â

âGiraffes have no need to take evasive action. Survival traits plus natural selection have resulted in the perfect solution to a potential problem. When a high potential differential (voltage) is applied across an air-filled gap, lines of force supporting a force field exist across the gap. Given dry air and perfect conditions such as exist between parallel flat surfaces, the lines of force are parallel and the force field is symmetrical. However, if the force field is distorted and the lines of force congested, then the potential gradient across the gap is modified and breakdown (flashover) is more likely to occur. Breakdown will be initiated across the region of maximum electrical stress introduced by field distortion. The highest appendage of a giraffe consists of two upright stalks with rounded globular-like ends which provide the perfect interface surface for minimising localised electrical stress during thunderstorms. They act as the antithesis of a lightning conductor in that they ensure that any electrical breakdown will occur elsewhere. Breakdown will be to the nearest point of maximum electrical stress even if that point is much nearer to the ground than the giraffe's headâ.

- I have no idea if all or any of the above answer is true (I don't even know what it means).

I just realized that St. Elmo's lights can form on any high, pointed object, so theoretically, also on horns of giraffe during a heavy thunderstorm.

I wonder if this was ever observed or photographed?

This would be ultimate wild bush tale. :]

Not lightning-related, but another perennial favourite at Tet Zoo: unidentified, partly hairless beast washes up on beach, photograph emerges later on a slow news day:

http://news.ninemsn.com.au/national/8122268/coffs-harbour-critter-baffl…

The story references the Montauk monster, even noting the fact that it was identified as a raccoon.

At the top of the article, "animal experts are unsure what it could be". But the only experts directly quoted in the article seem to be pretty sure that it's a possum. By the way... it's a possum. It's not even that badly decayed a possum. And as a New Zealander, I've seen more than my fair share of dead possums.

Christopher:

At the top of the article, "animal experts are unsure what it could be". But the only experts directly quoted in the article seem to be pretty sure that it's a possum. By the way... it's a possum. It's not even that badly decayed a possum.

Fortunately, it seems that sanity is prevailing.

Can't speak as to its veracity but I have read that the reason bison sometime stampede during nearby lighting storms when is that it minimizes the time that all 4 of their legs are simultaneously on the ground and thereby reduce the likelihood of lightining induced current travelling through their bodies, and that the loudness and presumed proximity is what spooks 'em as distant thunder is ignored.

Pomposa #21, that is pure bs.

Lightning is propagating as a traveling wave. First there is the âleaderâ spark which has relatively small current and fairly short distance. However it is a plasma, and plasma is conductive, just like a wire. The full potential at the other end of the âwireâ (the high voltage up in the clouds) ends up on the tippy point of the leader spark.

The electric field distribution has very little to do with where the lightning goes. Mostly the path depends on cosmic ray ionization providing a slightly higher ion/electron level which the extremely high field from the tip of the leader spark works on to cause more field induced ionization. When lightning has already arced across hundreds or thousands of meters of space, a few meters at the very end doesn't matter very much.

In the lightning protection codes, a space is considered âprotectedâ, if you can take a sphere with a radius equal to the height of the lightning rod and rotated it around the rod and tangent to the rod at the tip, the space under the the sphere is considered âprotectedâ.

Air is a good insulator independent of the moisture content. Steam is an excellent insulator. For something to be a conductor you need charge carriers. In gases, those are only ions, due either to background radiation, or due to field induced ionization, or thermal ionization as in a flame.

Doug, you need a path for current to flow through you to stop your heart and kill you. A running animal has only one foot on the ground at a time and so is completely resistant to ground currents. Even a lightning strike to a running herd would only kill the one it strikes, the others would not be harmed.

Being struck by lightning is not as dangerous as standing near a lightning strike. The reason is the current in a lightning strike is so high, that the resistance of the body is high enough for the voltage drop across the body to be high enough that air breaks down and flashes over. The current doesn't go through the body, it goes through the flash-over.

But any lightning strike or even near miss can be dangerous and cause nerve damage. Nerves are the most conductive part of the body, so they tend to conduct and be damaged.

When I was kid we would see this fairly often in my dad's veterinary practice. Usually one cow, but I do remember going with my dad once to look at 4 or 5 dead cows that were killed beside an electric fence.

Darren:

a remarkable case from 1932 where a flock of (at least) 52 geese were killed by lightning

52 geese falling from the sky is remarkable? How about 5,000 blackbirds?