The Belgian Malinois gets delivered in real style.
There was a time in the past when I considered myself quite the Private Pilot. This was back in the UK long before I left in 2008. I still look up at the sky when a light aircraft goes by but have made the decision to ‘hang up my headphones’.
Back in the days when I was an active pilot I never had the opportunity to take a dog with me. Or rather I should say that I got close to taking Pharaoh up in the Piper Super Cub but, in the end, limited myself to taxing around the grass airfield.
All of which is an introduction to a post from Mary Jo.
Kodak the dog had a rough start, but it’s all blue skies from here
Belgian Malinois delivered to veteran’s family via private plane.
When Kodak arrived at Big Cypress German Shepherd Rescue in Naples, Florida, in late November, the Belgian Malinois mix had been picked up as a stray by a nearby shelter. The gorgeous, blue-eyed boy was jumping and barking constantly.
“To any person unfamiliar with this breed, it can easily be looked at as aggression or fearfulness,” Shirley Lubo, the outreach coordinator for Big Cypress, tells MNN. “He was a ball of energy and excitement that just really wanted to be out of the shelter environment. He was pretty skinny and in desperate need of some TLC. We agreed that his striking looks would draw the wrong attention, and that he needed to go to a Malinois-experienced home.”
Volunteers took care of the sweet 2-year-old, working with him on basic manners while searching for a home with someone who had experience with this sometimes-challenging breed.
Afghanistan veteran Joe Bane heard about Kodak from a friend he knew in the Army. Bane was a K-9 contractor who now lives in Morristown, Tennessee, with three Malinois and a Dutch shepherd. His 17-year-old daughter, Syd, fell in love with Kodak when she saw him online.
“I’m very well versed in the breed,” Bane tells MNN. “My daughter was determined to save him.”
Bane applied for Kodak and with the help of a village of volunteers, Kodak made the trek from Florida to Tennessee. The pup made the trip courtesy of Pilots N Paws, a volunteer group that flew him to his destination.
“We knew there was no one better suited to take Kodak. He has handled countless Belgian Malinois as both working dogs and pets. Joe thoroughly understands the breed,” Lubo says.
“After many, many phone calls over the last couple weeks and emails to coordinate flight plans, vet visits, transportation, etc. we were able to connect with Pilots N Paws, Ryan Fiorini, Rob Lucas, and so many others that stepped up to make this all possible. It is by far one of the most wonderful things we have ever done, and we are all so ecstatic about finding the most perfect home for Kodak.”
When Kodak arrived, the Banes were there at the airport waiting for him, eager to meet their newest family member.
“Syd was so excited. I knew we did the right thing. We helped save him,” Bane says.
It’s only been a few days and Kodak is slowly adapting to his new life. At 80 pounds, he’s still underweight, but getting healthier.
“He is coming out of his shell,” Bane says. “He slept with my daughter last night. He’s finally allowed to be a dog.”
A post that involves dogs but not what I had in mind!
Last Saturday I published a post The burning of our forests! that included a photograph of the nearby Klondike fire.
Then last Sunday I was speaking to Maija, my daughter back in England, and she was asking how the fires were and I distinctly recall saying: “Sweetheart, I think we are over the worst!”
That same Sunday evening, around 9:45pm, in other words two evenings ago, one of our neighbours, Margo, who lives on 60 acres adjacent to the west of us, called with real alarm in her voice:
Paul, have you seen the fire that is burning just to the North-East of us?
I replied that I had not but immediately went to our deck that runs the whole Eastern length of our house. Mount Sexton is just a few miles to the North-East of us.
This is what I saw!
Apparently, a short while previously the wind had blown down a tree that had fallen across some high-voltage power lines causing sparking that had, in turn, ignited the extremely dry grassland.
The fire was between Oxyoke Road and Three Pines Road and roughly 2 miles from us line of sight.
That explained why some thirty minutes before, in the last of the light of the setting sun, there had been a number of helicopter flights come across us en route to dropping fire retardant close by. It hadn’t occurred to me that it was an incident so close to us.
Many of us living nearby then called each other to spread the word.
Jeannie and I, in turn, drew up an evacuation checklist and started getting things ready. More importantly, getting ourselves psychologically prepared to have to vacate the property at very short notice: Jeannie and me: six dogs; two horses; two parakeets; three cats; two chickens!
Thankfully an order to evacuate did not come during the night.
So yesterday morning I grabbed my bike and rode to Oxyoke Road. On the way I stopped to photograph the smoke in the air.
Once at Oxyoke Road I chatted to a search and rescue volunteer on duty controlling the traffic.
His report, as of 11:30 on September 3rd, was that the fire was just 15% contained, was “pretty active”, and that they were keeping an eye on the winds that were expected to be rather gusty later on that afternoon. I am writing this at 13:40 on the 3rd and the present winds are 6 mph, gusting 12 mph, from the North-West.
I rode back home to brief Jeannie and found her working her way through an idea for evacuating the dogs!
H’mmm! I am not sure Pedy is getting the message!
But a few words from Sweeny seemed to sort things out.
So there you are my good people, a post about dogs! Sort of!
Fingers crossed we will speak again tomorrow!
Assuming we don’t have a repeat of last night’s spectacular sights!!
Some clouds only form as a result of localized conditions or due to human activity.
1. Flammagenitus. These clouds develop as a result of forest fires, wildfires and volcanic eruptions.
2. Homogenitus. If you’ve ever driven by a factory with a kid and they’ve shouted “Cloud factory!”, they have identified homogenitus clouds. This type of special cloud covers a range of man-made clouds, including rising thermals from power plants.
3. Aircraft condensation trails. Contrails are a special type of the homogenitus special cloud. They must have persisted for 10 minutes to be dubbed cirrus homogenitus.
4. Homomutatus. If contrails persist and begin to grow and spread over a period of time thanks to strong winds, they become homomutatus clouds.
5. Cataractagenitus. These clouds form near waterfalls, the result of water broken up into a spray by the falls.
6. Silvagenitus. Clouds may form over a forest as the result of increased humidity and evaporation.
The final bit of cloud identification involves supplementary features that are attached to or merged with the cloud.
1. Incus. The spread-out, anvil-like portion at the top of a cumulonimbus cloud.
2. Mamma. Those hanging protuberances are called mamma, and they appear along the bottom of cirrus, cirrocumulus, altocumulus, altostratus, stratocumulus and cumulonimbus clouds.
3. Virga. If a cirrocumulus, altocumulus, altostratus, nimbostratus, stratocumulus, cumulus or cumulonimbus cloud looks a bit like a jellyfish, chances are they have a virga feature. These are precipitation trails, or fallstreaks, and the precipitation never reaches the Earth’s surface.
4. Praecipitatio. If that precipitation makes it to Earth, however, then you have a praecipitatio feature on an altostratus, nimbostratus, stratocumulus, stratus, cumulus and cumulonimbus cloud.
5. Arcus. These cumulonimbus clouds (and sometimes cumulus) feature dense horizontal rolls with tattered edges along the front. When the arcus feature is extensive, the roll can have a “dark, menacing arch.”
6. Tuba. This cone protrudes from the cloud base and is the marker of a intense vortex. Like arcus clouds, tubas appear most often with cumulonimbus and sometimes with cumulus.
7. Asperitas. While they look like undulatus clouds, asperitas supplementary clouds are more chaotic and less horizontal. Still, these supplementary clouds for stratocumulus and altocumulus clouds make it look like the sky has become a rough and choppy sea.
8. Fluctus. These are short-lived, wave-looking supplementary clouds that appear with cirrus, altocumulus, stratocumulus, stratus and sometimes cumulus clouds.
9. Cavum. Also known as a fallstreak hole, cavum are supplementary clouds for altocumulus and cirrocumulus clouds. They’re formed when the water temperature in the cloud is below freezing but the water itself has not frozen yet. When the ice does eventually form, water droplets around the crystals evaporate, leaving the large ring. Interaction with aircraft can result in a straight line cavum instead of a circular one.
10. Murus. Typically associated with supercell storms, murus (or wall clouds) develop in the rain-free portions of cumulonimbus clouds. They mark a place of strong updraft from which tornadoes can sometimes form.
11. Cauda. Cauda are an accessory cloud to an accessory cloud, appearing alongside murus clouds. These horizontal, tail-like clouds are attached to the murus, and they are roughly the same height. They should not be confused with a funnel.
And that, dear friends, is it!
Truly, how many of you stayed with all the episodes?
I must close by thanking both Mother Nature Network and Noel Kirkpatrick for putting together such a brilliant reference article.
Now watch out! You are just about to walk into that lamp-post!!
If we drill down further, the large scale arrangement of clouds give the genera and species a wide variety of presentation. Some clouds can exhibit multiple varieties at once, so the varieties are not mutually exclusive to one another, and many genera have a number of varieties. The exceptions to this are translucidus and opacus varieties; they cannot occur at the same time.
1. Intortus. This variety of cirrus clouds has irregularly curved and twisted filaments.
2. Vertebratus. Have you ever seen a cloud that looked like a fish skeleton? It was almost certainly a vertebratus cirrus cloud.
3. Undulatus. These sheets or layers of clouds display a wavy pattern. You can find undulatus varieties in cirrocumulus, cirrostratus, altocumulus, altostratus, stratocumulus and stratus clouds.
4. Radiatus. The bands of these separated clouds run parallel to one another and appear to merge on the horizon. Look for them when you spot cirrus, altocumulus (pictured), altostratus, stratocumulus and cumulus clouds.
5. Lacunosus. This cloud variety appears mostly in relation to cirrocumulus and altocumulus clouds. It is marked with small holes in the cloud layer, like a net or honeycomb.
6. Duplicatus. These layers of cirrus, cirrostratus, altocumulus, altostratus or stratocumulus clouds appear in at least two slightly different layers.
7. Translucidus. A large sheet of clouds — either altocumulus, altostratus (pictured), stratocumulus and stratus — that is translucent enough to allow the sun or the moon to shine through.
8. Perlucidus. Yet another variety of clouds in a sheet, these altocumulus and stratocumulus clouds have small spaces between each cloudlet that result in a visible sky.
9. Opacus. The opposite of the previous two varieties, these cloud layers are opaque enough to hide the sun or moon. This variety is found among altocumulus, altostratus (pictured), stratocumulus and stratus clouds.
As their name implies, accessory clouds are smaller clouds associated with a larger cloud. They may be partially connected or separate from the main cloud.
1. Pileus. A small cap or hood that appears above the top of a cumulus and cumulonimbus cloud.
2. Velum. This veil is close above or attached to cumulus and cumulonimbus clouds.
3. Pannus. Appearing mostly along the bottoms of altostratus, nimbostratus, cumulus and cumulonimbus clouds, these are ragged shreds of the cloud that make up a continuous layer.
4. Flumen. These are bands of low clouds associated with supercell storm clouds, typically cumulonimbus. Some flumen clouds can resemble beaver tails due to their broad, flat appearances.
Please come back tomorrow for the last of this wonderful series about clouds.
Cloud genera are divided into species to account for their particular shape and internal structure. Certain species only appear within specific genera, but many species are common to multiple genera. Clouds are identified by their genus and then their species, e.g., cirrius fibratus or altocumulus stratiformis.
1. Fibratus. A thin veil of clouds, fibratus clouds are either cirrus or cirrostratus clouds. Unlike most cirrus clouds, however, fibratus clouds do not have tufts or hooks at the end, and the strands are clearly separate from one another.
2. Uncinus. This species of cirrus cloud is distinct for its hook-at-the-end feature.
3. Spissatus. A species of cirrus clouds, spissatus clouds are the densest cirrus clouds you’ll see. They’re even able to hide the sun if they’re dense enough.
4. Castellanus. This species of cloud appears in cirrus, cirrocumulus, attocumulus and stratocumulus clouds. The tops of castellanus clouds form turrets, which give it that castle-like appearance.
5. Floccus. These clouds have small tufts at their tops with a ragged base. They often have a virga, or streak of precipitation, trailing after the tuft. The species manifests as cirrus, cirrocumulus, altocumulus (pictured) and stratocumulus clouds.
6. Stratiformis. A species found in altocumulus and stratocumulus clouds, stratiformis clouds are an extensive layer or sheet of their particular cloud.
7. Nebulosus. This cloud species, found among stratus and cirrostratus clouds, is a veil without any distinct details.
8. Lenticularis. Appearing primarily as cirrocumulus, altocumulus and stratocumulus clouds, lenticularis clouds appear in almond- or lens-shaped arrangements. This also makes lenticularis clouds great as UFOs. [Ed: And has glider pilots wetting their pants in excitement. For these ‘wave’ clouds are always a sign of strong, reliable lift!]
9. Volutus. It’s hard to miss volutus clouds. Also known as roll clouds due to their distinct shape and movement, volutus clouds are typically stratocumulus clouds and are completely separated from any other clouds.
10. Fractus. As their name implies, fractus clouds are stratus and cumulus clouds that have ragged, irregular shreds. These clouds have often broken away from another, larger cloud.
1. Cirrus. Cirrus clouds are wispy and hair-like, and when viewed from below, they appear to have little to no structure. Inside, cirrus clouds are comprised almost entirely of ice crystals.
2. Cirrocumulus. Cirrocumulus clouds are similar to a well-worn basic sheet: thin and white. These clouds also have super-cooled water droplets within them. Technically, each individual cloud is referred to as cirrocumulus, but the term can also be used to refer to the entire sheet. If the term is used that way, each individual cloud is a cloudlet.
3. Cirrostratus. Cirrostratus clouds are a white-ish veil that totally or partially covers the sky. They often produce the halo effect you see above.
4. Altocumulus. Altocumulus clouds come in several forms, though they mostly look like rounded masses. They can appear as a sheet or a layer, like the above image.
5. Altostratus. This cloud sheet completely covers the sky, but will have sections thin enough that reveal the sun, “as through ground glass or frosted glass,” according to the WMO. Unlike cirrostratus clouds, there is no halo produced.
6. Nimbostratus. While they don’t have many distinct features, nimbostratus clouds are a gray cloud layer. They’re thicker than altostratus clouds, and their bases often produce rain or snow.
7. Stratocumulus. Characterized by dark, rounded masses, stratoculumus clouds appear either as a uniform sheet or layer, or they have a corrugated base.
8. Stratus. Stratus clouds are gray layers, sometimes with variances in their luminescence. If the sun is out, its brightness can help you to see the outline of the clouds. The bases of stratus clouds will produce light snow or drizzle.
9. Cumulus. Quintessential clouds, cumulus clouds are detached and dense. The parts lit by sunlight are bright white while their bases tend to be a uniform dark color.
10. Cumulonimbus. Cumulonimbus clouds are heavy and dense, with often tall, vertical towers. They’re referred to as thunderheads if they’re observed during a storm. They’re capable of producing lightning and tornadoes.
Hope you can come back tomorrow for Part Three: Cloud Species!