Hello.
    My name is of course Fred and I am very involved in "DFGifts and Things" the parent organization of this website for better or worst. Our little website here (EarthSkyandWater) provides all kinds of information pertaining to frontyards, backyards, and gardens of people who are concerned with the form and function of these areas. We also sell (and sometimes give away) products that work for these areas. We are expanding the amount and variety of products to give customers maximum choice while finding unique products at reasonable prices.
    In this blog I will try to present projects you can do and topics of interest to help you improve your yards, gardens and maybe related indoor areas as well.
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Blog ID: 1891 - Wind Spinner History From The Beginning - part 2 - 2008-08-08
Wind Spinner History From The Beginning - part 2

Whirligigs became popular again in the 1930's. They were a way for farmers to make money during the depression. After a time whirlygigs branched into different kinds of spinning devices. One was the pinwheel with its obvious connection to the original windmills became a landmark child's toy.

The wind twirler came out of this also. This is similar to a vertical wind mill in that a single twisted piece of metal is angled in to the wind. Any small breeze causes it rotate about its axis.

The aviation Wind Sock also developed from the weathervane aspect and is used as a weather instrument. Some credit for the invention of the windsock is given to the Chinese. They flew kites as far back as 500 BC. Some were shaped like socks with an open end.

The wheels or spinners of the whirlygigs shot off a whole other branch called wind spinners. Some are similar to pinwheels or the business end of a windmill with its horizontal shaft. Some are based on the vertical shaft principle and are usually suspended from that vertical shaft which is the axis of rotation.

The vertical shaft wind spinner has the additional benefit of being seen from the side or a normal viewing angle. A single slab of wood or metal turning is satisfying in itself. But, remember the kaleidoscope where rapidly moving pages with coordinated changes in each "frame" created the illusion of movement.

Now imagine a single slab of stainless steel cut into multiple rings inside each other. Then each one individually bent around the axis. All rings equally spaced through a 90 degree arc. Motion of the resulting structure about its axis would also create the illusion of movement of light from the center outward. Thus the stainless steel wind spinner is born.

Today with the advent of precise computer controlled laser cutting machines any design within the limitations of the cutter can be created as a wind spinner.

Stainless steel wind spinners cannot rust making them weatherproof and come with there own swivel. Therefore they can be used indoors or out. For indoor use motors are available to rotate them continuously. In the outdoors the wind will turn them. They can be hung from just about anything that gives them room to move.

You, your family, and friends could spend hours watching the ever changing light patterns of your very own windspinners.


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Blog ID: 1845 - Wind Spinner History From The Beginning - part 1 - 2008-07-17

Wind Spinner History From The Beginning - part 1

The wind spinner goes by many names. Spinner, twirler, whirligig, twister, pinwheel etc... Its origins start with the wind mill. That's a good place to start our discussion.

No one knows who the original inventor of the windmill was. Indications have never been found that wind mills existed in classical Greece or Rome. Evidence shows the first windmills appeared in Persia around 644 BC to raise water. The trail of development to the West starts in Arabia circa 1000 AD. Then through Tibet, China, and finally England in 1150 AD.

These early devices were all of the horizontal type. In this type the blades or sails are connected to a vertical shaft. There is no way for it to change direction with the wind.

At this point development of the horizontal windmill continued but a new type of device called the post windmill appeared. This is the more traditional one that we are familiar with. Its shaft is horizontal with the ground and is geared to a vertical shaft inside the mill body. Outside on the end of the horizontal shaft is a unit with four sails mounted to it. The angle to the shaft was set to allow the wind to push the sails in one direction causing the shaft to turn. Early windmills of this type allowed the whole mill to rotate about the vertical shaft. Later versions developed that allowed only the top to rotate and with the attachment of a weathervane on the back of the shaft allowed automatic direction. The blades always remained pointed in the wind.

Later in 1756 in what was going to be the early American colonies farmers found more uses for the new fangled windmill device. They found that birds and ground animals had no use for the whirling structures and so ever smaller versions were built just for the purpose of scaring animals. As they got smaller and smaller a new word was coined to describe them - the whirlygig. The word is derived from the verb to whirl. Perhaps it was the misspelling of the word with its similarity to the torture device the whirligig (developed in 1440) that propelled it to popularity. But before you know it a whole plethora of small contraptions appeared. Including things with spinning legs, arms, twirling wheels or spinners, fans that turned fast etc... Many were shaped like hideous animal abominations. With a weathervane tail attached they seemed to be alive. This aspect scared off troublesome birds and animals.

stay tuned for next time when we enter the 20th century!


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Blog ID: 1788 - The Wrought Iron Vine Garden - part 2 - 2008-06-25

 The Wrought Iron Vine Garden - Part 2    

     Now that you have your wrought iron enclosure prepared its time to start the vines growing. Deciduous vines will shade in the summer and go bare in the winter to come back the following season. Annual vines only last the season but will allow you to experiment from season to season. So you have to decide which kind. Once that is done you can choose the type of vine based on its climbing abilities.

     There are three climbing methods used by vines; Tendrils, Twining, and Clinging. Clinging vines work best on walls and therefore are really not suitable here. Tendril type vines use tendrils or slim, flexible, leafless stems that wrap themselves around anything. Grapes are the best known type of tendril vine. Twining vines such as Honeysuckle and Wisteria wind there stems around any available support. Tendril and twining vines will both grow well in moist and well drained soil. Plant them at regular intervals near the main support of each section of fence. They will grow rapidly and may need pruning to train them in the desired direction. See what types of vines grow best in your area. Try to stick to a color theme and carry that theme to the objects inside the garden.

    You now have a beautiful place for your garden to grow in peace and a quiet private place for you to go and enjoy it.


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Blog ID: 1636 - The Wrought Iron Vine Garden - part 1 - 2008-04-21

The Wrought Iron Vine Garden - Part 1

         We all just love the many different forms of life that invade our gardens and call them home. For the most part we have ways of dealing with most of it. But, how do you keep out small animals? Yes we can set traps. Most of the time the traps just catch fat animals! We need something that never lets them in to begin with.

     We can create something that will do the job and also provide a stunning display of living color. We will build a wrought iron fence enclosure and coax different vines to grow over each of the different enclosure surfaces. Then we can take the whole idea a step farther and grow vines on several different items within the enclosure right there in the garden.

      This project is a combination moderate construction work and vine planting. The first thing to do is determine the area you want to enclose. We will deal with a rectangle here only because it is easier to illustrate the procedure. The procedure can be applied to any shape but will become more time consuming as complexity goes up.

     After you have determined the length of your area perimeter you need to go out and get some 6ft wrought iron fencing. The closer the bars the smaller the animals it can keep out. You need at least one entrance and can use a gate mounted to an arbor for it. I recommend mounting the fence in concrete. You can get away with just the four corners and the doorway posts but the fence will do a better job if animals cannot tunnel underneath. While you are at it find different wrought iron objects for the inside of the garden. Arbors, plant stand benches, trellises to mount to the fence, hanging flower pots, and anything that is conductive to vine growth. Place these inside the garden area. No need for concrete as these are decorative. Use nylon mesh to go over the top of the entire structure.

    Layout your structure on the ground and dig holes where support posts are going to go. Consult your government development office for the correct depth. Follow the instructions on the bag to mix the concrete and pour into the hole. Set your posts in the concrete and level them. then clamp a couple of long pieces of junk wood to the posts while they set overnight. Once your posts are solid bolt the fence sections and arbor to them. You can also add stepping stones. Make them into a path up to the entrance and inside your garden area.

Next time in part 2 it will be time to plant the vines!


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Blog ID: 1553 - Arizona Dry River Water Fountain - part 3 - 2008-03-13

Arizona Dry River Water Fountain - Part 3

3. Now for construction:

A. Go out and hammer some stakes in the ground corresponding to the pattern on the paper. Stake the future river in its center so you can measure off the stakes evenly on both sides for the river width. This serves as a visual guide for accurate width and depth. You will have to layout stakes for the water feature depending on which one you are using.

B. Dig out the river using the stakes as a guide. Vary the width as you go to mimic a real river but follow your layout. The wider it is the deeper it should be. Keep that in mind if the digging is not easy.

C. After digging is complete and you are happy with the look unroll, cut, and layout the plastic along the river.

D. Carefully place the river rocks on the plastic making a fairly smooth uniform surface. A surface that looks like water has smoothed it out over the years. Put the odder shaped ones along the edge. Try to fit them together like a puzzle to minimize space in between. Integrate the rocks with any of the other materials you have found.

E. Finally set up you water feature and lead the river (s) to it.

F. Cleanup any mess, put water in the feature, and away you go.

    If you think the water will freeze in the winter then drain the pond or water fountain during that time. What you will have created is an entire scene which can be added to and changed. We put a large bridge over ours and used creative colored lighting to illuminate the river, bridge, and certain trees. It also provides an excellent backdrop to take pictures and decorate for Christmas. We call it the "Candy Cane River!"


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