Waching daily May 13 2017

Hi, Alan Stratton, from As Wood Turns (www.AsWoodTurns.com) In woodturning, we turn a lot of different

woods.

But some woods are harder to turn than others.

This happens to be the root of a rose that I dug up a bit ago.

My yard seems to have an excess of roses.

I've tried to turn this different little vase.

It actually came from this part of this root.

The root came down to about here and then tended to flare out.

I guess it hit hard pan in the dirt.

I'm not sure, exactly, what to call this a success or not but yes, let's call it

a success.

Then I'm not sure what to do with the rest of the root.

Do you have suggestions?

Meanwhile, let's turn this piece of this root.

In preparing this chunk of rose, I first pressure washed it to remove as much dirt as possible.

Then, I trimmed the side roots but not completely – I want see if I can incorporate them into

the vase.

This root is unusual in that all roots seemed to radiate out at the same level.

We'll see.

I'm putting the cut side to the headstock on a steb center.

Since the roots radiate, I can find a place to put the live center.

Most of the side roots quickly disappeared.

I guess I do not want a Medusa vase.

I am woodturner and not much of a carver.

After just a little, I adjusted the tail stock just a little to try to center it better.

Then cut a tenon on the bottom that I can use to mount this piece of rose.

Then back to shaping the vase, little by little.

I'm not sure exactly what I'm going to get from this little rosey.

I'm hollowing with a spindle gouge to cut from the center out before switching to a

round nose scraper for the deep center and refinement.

I'm still practicing cutting with the spindle gouge, keeping the flutes closed enough to

not catch and do a nice cut.

It's good pratie.

I switched to the exterior to refine the shape mostly with a spindle gouge.

I'm trying to balance the visual sense of the roots, the voids, a smaller base, and

the thickness of the side walls.

Trying to plan ahead, I went to the back side of the lathe to cut a groove on the inside.

I want to use it to reverse and remount the vase later.

There is still a lot of bark in this piece.

I'm spending some time now to try to scrape it out from between the roots.

Right now, the top edge is really ugly and there are voids and still a lot of bark inclusions.

I'm going to try to carve the bark out; widening the inclusions, and shaping the top

edge.

I'm using my not recommended reciprocal carver.

Finally, I'm reversing the vase on to the groove I cut earlier.

This gives me a chance to refine the base just a little.

Although the wood is very wet, I'm sanding a little now on the lathe with coarse sandpaper.

Then, I'll let it dry a couple of days to make it easier for final hand sanding.

Then sand, sign, and finish with walnut oil.

My rose vase is finished.

It's growing on me.

It is unique.

The side roots and voids look like fingers reaching up.

I still have a larger chunk of the same root.

I'd appreciate ideas of what to turn with it and more yet to be harvested from my yard.

How many turnings from rose have you seen?

We'll see you again next week for another woodturning video.

Please give this video a thumbs up, subscribe and tell your friends.

Always wear your full face shield –goggles are not enough protection.

Until next week, this is Alan Stratton from As Wood Turns dot com.

Let's keep on turning.

For more infomation >> My Rose Root Blossoms Into A Unique Vase - Duration: 6:15.

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Deadly Epidemic of Vitamin D Deficiency Caused by Geoengineering - Duration: 5:13.

Deadly Epidemic of Vitamin D Deficiency Caused by Geoengineering

1 out of 7 people are vitamin D deficient according to a Harvard study, as a result,

a resurgence of Rickets in industrialized countries has been noted.

A lot of this has to do with geoengineering.

Vitamin D helps the body assimilate nutrients and helps fight disease.

This is known as the �sunshine vitamin� it is manufactured through cholesterol from

exposure to sunlight on the skin.

Vitamin D deficiency can cause a long list of health problems such as cancer, arthritis,

diabetes, multiple sclerosis, obesity, cardiovascular disease, kidney failure and even reproductive

system disorders.

Geoengineering, also known as climate engineering, the purpose is to interfere with the Earths

climatic system to limit the effects of global warming.

One of the means this is achieved by is managing solar radiation, causing the earth to absorb

less solar radiation.

The former King of Thailand actually holds a patent for cloud seeding, which involves

using warm and cold clouds called a �super sandwich� technique to produce rain.

But because of these techniques, it is suspected that reflection of sunlight is also part of

climate engineering reducing our exposure to sunlight and as a result, we see a deficiency

of vitamin D.

Chaff could also be a means of reflecting light, Chaff is a radar countermeasure used

by the Airforce to defend against detection.

However, Chaff is a �cloud� that contains aluminum, metabolized glass fiber or plastic.

This is released high in the atmosphere to distract the readings of radar-guided missiles.

Eventually, these particles float down to earth and are ingested by humans, ironically

there is scientific evidence that consuming artificial Vitamin D3 can lead to aluminum

retention and possible toxicity.

The paradox is this, though our bodies manufacture vitamin D from sunlight exposure, now we have

altered light from the sun due to the light scattering particles that are saturating our

atmosphere from solar radiation management.

There are no existing studies to address this issue since the ongoing climate engineering

insanity is being officially denied.

Next, since Earth�s protective atmosphere is being torn apart from multiple aspects

of climate engineering (sprayed ozone destroying particles and RF heating of the atmosphere),

the UV radiation we are all now exposed to is at extremely dangerous levels making exposure

to the sun a health threat.

In addition, the extremely high UV levels may actually cause the body to shut down vitamin

D production.

Simply by raising awareness on these obscure occurrences is the first step to finding a

solution.

Otherwise, Chlorella is a highly recommended supplement to rid the body of heavy metals,

also natural exposure to sunlight is the best means to increase vitamin D production.

Some good sources of vitamin D include sunshine, fish, cheese, eggs, and mushrooms.

Exposure to sunlight in the early morning for at least 15 minutes a day is not only

an excellent source of vitamin D, but it is also a great way to sync your biological clock.

Stay away from pharmaceutically manufactured vitamin D as the body will end up discarding

molecules it cannot bind with, and as mentioned previously can increase aluminum retention.

Aluminum has been linked to Alzheimer�s and is considered to be carcinogenic.

For more infomation >> Deadly Epidemic of Vitamin D Deficiency Caused by Geoengineering - Duration: 5:13.

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| Travel in the UK| Part 1 - London 中文字幕 VLOG#5 - Duration: 3:11.

For more infomation >> | Travel in the UK| Part 1 - London 中文字幕 VLOG#5 - Duration: 3:11.

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Accumulated depreciation - Duration: 2:23.

Accumulated Depreciation is the title of the

contra asset account on the balance sheet

which is used when depreciation expense is recorded

each accounting period.

Let's review how accumulated depreciation works

with an example.

Let's take a fixed asset which we purchased

for $100,000 and use for 5 years.

When we bought the fixed asset,

we put it on the balance sheet for its full value.

When we start using it, assuming we use

linear depreciation and a residual value of 0, we book

a cost of $20,000 per year as a debit in our

income statement (or P&L), and the offset of that

journal entry is a credit to a balance sheet account

called accumulated depreciation.

If you want to know the book value or carrying value

of the fixed asset at the end of year 1,

you net together the historical cost of

the fixed asset on the balance sheet, and

the accumulated depreciation on the balance sheet,

which is $100,000 minus $20,000, so

the net book value equals $80,000.

This information is recorded in two separate accounts,

as you want to preserve the information

of what you originally spent to purchase the asset,

and what you have depreciated on it history-to-date.

In year 2, you repeat the same depreciation journal entry,

and get to a book value of $60,000.

And on and on for years 3, 4 and 5.

The difference between depreciation expense

and accumulated depreciation is that depreciation

expense appears as an expense on the

income statement, and accumulated depreciation is

a contra asset reported on the balance sheet.

The income statement is reset to zero at the start

of every year, so you start with zero

in depreciation expense every year, and build it up

in twelve monthly increments.

The accumulated depreciation amount on the

balance sheet keeps growing over the years,

all the way to the point that the fixed asset

is fully depreciated, or the point where you

sell the fixed asset at, above or below book value.

Would you like to learn more about depreciation?

Check out my 9 minute video overview!

I hope you enjoyed this short video on the

financial term "Accumulated Depreciation".

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