Posted on by tonytomeo · 4 Comments

The Molting Of The Chrysler

P80108+The old Chrysler looks different this time of year. Like dogs, cats, horses and deciduous plants, it adapted to the weather.

That tan canvas structure above the cab is known as a ‘roof’. It was there all along, but folded up behind the back seat. It was merely unfolded over the top of the cab. The ‘roof’ comes in handy this time of year, not only for keeping warmth within the cab, but also for keeping things out of the cab. Allow me to elaborate.

You may nave noticed that the Chrysler is wet. This is a direct result of mysterious droplets of moisture that fall from the sky. We discussed them earlier. They are known ‘rain’, and are falling from the sky presently. The ‘roof’ keeps the ‘rain’ out of the cab. Otherwise, the cab and everything in it would be as wet as the ‘roof’ is now.

The yellow, orange and reddish brown things strewn about are sweetgum leaves. You may not recognize them now because they are not green. They change color when the weather gets cool this time of year, and then get dislodged by meteorological events such as wind and the presently observed ‘rain’. The ‘roof’ excludes them from within the cab of the car.

The two devices at the bottom of the windshield are another adaptation to ‘rain’ known simply as ‘windshield wipers’. When in operation, they pivot from where they are affixed just below the windshield to literally wipe the the wet ‘rain’ away. They are a rather ingenious invention, since ‘rain’ on the windshield tends to inhibit visibility.

Just as a thick coat on a dog or horse can predict an unusually cool winter, the molting of the Chrysler is directly related to the weather. Although it can not predict ‘rain’ as early as dogs and horses can predict cold weather, it quite reliably happens immediately prior to ‘rain’. It is a good sign for the garden.

The ‘rain’ that falls immediately after the molting is composed of water, which is very important and useful to gardens and forests after such a long dry summer. As we discussed earlier, some of the water gets into the aquifer where it is stored for later use in and around our homes. We are very fortunate to have a Chrysler who is so proficient at predicting the delivery of the water that we need so much of.

Posted on by tonytomeo · 18 Comments

‘Rain’

P80103+Like something from an old fashioned science fiction movie, this anomaly appeared in a roadway overnight. There are several more in other roadways and elsewhere about town. They are quite wet. In fact, they are composed almost completely of water. What is even weirder is that the water that they are composed of actually fell mysteriously from the sky overnight as many countless droplets all over town! Many of these droplets migrated into low spots such as this one to form what we now see in this picture.

People in other climates where these mysterious droplets are not so rare might be familiar with this sort of phenomenon. The droplets of water are known as ‘rain’. They precipitate out of the atmosphere as it cools and can not contain as much water vapor as it did when it was warmer. As the droplets migrate into low spots in roadways and anywhere else, they accumulate into these collective herds of droplets known as ‘puddles’. Many of the droplets continue to migrate as huge herds known as ‘creeks’, and even bigger creeks known as ‘rivers’. Some of these creeks and rivers migrate into really big puddles known as ‘ponds’, and even bigger ponds known as ‘lakes’. Sadly, not all of the droplets can be accommodated in ponds and lakes, so many continue to migrate out into the ‘ocean’, which is that really big pond full of salty water to the west that we are all familiar with.

Hopefully, some of these droplets of rain will stay around for a while and provide water for the plants in our gardens and forests. Ideally, some will burrow into the ground and stay for a very long time, and maybe even migrate into the aquifer to hibernate. In our climate, particularly after such a long and dry summer and autumn, these strange droplets of rain are very welcome to stay as long as they want to.

Posted on by tonytomeo · 3 Comments

Even Houseplants Can Appreciate Rain

P71116Everyone is from somewhere. Not everyone is fortunate enough to be from California. Most of the various plants in our gardens, even if grown locally, are descendants of plants that were collected from all over the world. Most houseplants are from tropical regions. They perform well as houseplants primarily because they tolerate the sort of partial shade that they would get as understory plants in dense tropical forests.

Along with this advantage of tolerance to shade, tropical houseplants come with other disadvantages, such as an intolerance to frost. So, they are able to live inside the home, but are unable to live very long outside where winters are cool. Even areas of Southern California that do not get frosty can get cool enough to make many tropical houseplants uncomfortable. Consequently, they are confined to their homes.

That might seem to be acceptable to those who not think like plants do. Really, do houseplants even want to go outside? Maybe not. However, shelter from frost and cool weather also shelters them from other weather, such as wind and rain. Without wind and rain, any dust that collects on the foliage stays there. Mealybug and scale insects can proliferate and produce sticky honeydew, which also will not rinse away.

This is why some of us like to occasionally put our houseplants in a cool shower to rinse them off. It eliminates much of the dust, and clears out the stomata (respiratory pores). It does not kill mealybug or scale, but sets them back a bit, and rinses off the honeydew. Showering is also a good way to soak and rinse toxins from the soil. Only African violets, gloxinias and a few plants with fuzzy foliage should not be showered.

The only thing that works better than showering is rain. (Remember that wet stuff that starts to fall from the sky this time of year?) Rain is gentler, lasts longer than a shower, and is located outside where the mess of wet houseplants is not so bothersome. The only disadvantages of rain are that it can be cold, and is often accompanied by wind. A slight breeze would help agitate dirty foliage and dislodge dust, but strong gusts can knock houseplants over, and damage large leaves that are not adapted to any wind. Plants should be sheltered from both wind and direct sun exposure that might happen if the plants are not brought in before clouds clear after the rain.

Posted on by tonytomeo · 18 Comments

Rain!

P71020Something really crazy happened last night. From out of nowhere, a profusion of drops of water started to fall from the sky! It continued to fall for a while, and got everything wet. Soil that had been dry and dusty became rather muddy. As crazy as it sounds, it is not impossible, and actually happened repeatedly last autumn, winter, and into spring. In fact, it was so abundant that the San Lorenzo River filled with all this strange sky water, and flooded worse than it had since the flood of 1982! People in other less arid climates are more familiar with this sort of thing. It is actually no mystery. It is known simply as ‘rain’.

‘Rain’ is like free water. Really, we do not need to pay for it! It falls from the sky, and waters the garden so we don’t need to. It might be the only water that areas outside of the garden get. Some plants out there have been waiting for it since it stopped falling from the sky last spring. Rain that does not soak into the ground drains into creeks and rivers, which flow into reservoirs that store it for later use. (Local reservoirs don’t really save it for later use directly, but use it to recharge groundwater; but that is another story.)

Another advantage of rain is that it tends to get things wet, which makes them less combustible. This is rather useful when forests nearby are burning. The Bear Fire near Boulder Creek is not quite extinguished. In fact, it is not yet contained. This rain should help with that. It probably will not do much for what is already burning, but should slow the already stagnating progression of the fire.