Why?

This blog is to help you in preparing for an emergency. It also contains other information that you might find spiritually up-lifting. This is not an official website of "The Church of Jesus Christ of Latter-day Saints". This site is maintained by Barry McCann (barry@mail.com)

Monday, April 27, 2015

ALMOST A THIRD OF THOSE WITH SAVINGS HAVE LESS THAN $1,000 FOR RETIREMENT

Study after study shows that Americans are not saving for retirement like they should, and a new survey finds that nearly one third of people who have some sort of savings plan have amassed less than $1,000 for retirement.

The survey titled “Preparing for Retirement in America,” by Employee Benefit Research Institute (EBRI) and Greenwald and Associates, finds that only 65 percent of workers have any savings for retirement, a number that fell below the 75 percent figure from 2009.
But 28 percent of workers report that they have saved less than $1,000 for retirement, and almost 6 in 10 Americans say that their financial planning needs improvement.
Additionally, 34 percent say they have made no effort at all to saving anything or make a retirement plan. Still, most say that they intend to start saving at some point.
But intentions may not be enough. “Intending one thing and doing another is human, but it’s an impulse we should all fight hard to resist,” Rebekah Barsch, vice president of planning and sales at Northwestern Mutual, said in a press statement. “Intentions only get us so far. And when the stakes are high, it’s taking action that’s critical.”
Many say that the average person needs to save one million dollars for retirement, but a recent piece by David Marotta, president of Marotta Wealth Management in Charlottesville, VA, noted that a 20-year-old in 2015 may have to amass up to $7 million to retire comfortably.
“Someone retiring now in 2014 with $1 million at age 65 can safely withdraw $43,600 a year,” Marotta wrote last May. “However, [because of inflation], today’s 20-year-olds will need over $7 million to have that same lifestyle when they retire. In 1970, they would only have needed $166,000 in retirement to have a similar purchasing power for the rest of their life.”
Many Americans save for retirement using the 401K plans provided through their employer, but according to the federal government, around 50 million Americans don’t have the ability to enroll in such a savings plan.

Sunday, April 26, 2015

Water! "Life is a one time gift."

How many folks do you know who say they don't want to drink anything before going to bed because they'll have to get up during the night!!

Something else I didn't know... I asked my Doctor why do people need to urinate so much at night time.

Answer from my Cardiac Doctor:

Gravity holds water in the lower part of your body when you are upright (legs swell).

When you lie down and the lower body (legs, etc.) is level with the kidneys, it is then that the kidneys remove the water because it is easier.

This then ties in with the last statement!

I knew you need your minimum water to help flush the toxins out of your body, but this was news to me.

Correct time to drink water... Very Important. >From A Cardiac Specialist!

Drinking water at a certain time maximizes its effectiveness on the body:

  • 2 glasses of water after waking up - helps activate internal organs
  • 1 glass of water 30 minutes before a meal - helps digestion
  • 1 glass of water before taking a bath - helps lower blood pressure (who knew???)
  • 1 glass of water before going to bed - avoids stroke or heart attack (good to know!)

I can also add to this... My Physician told me that water at bed time will also help prevent night time leg cramps. Your leg muscles are seeking hydration when they cramp and wake you up with a Charlie Horse. (this I know for sure!)

A Cardiologist has stated that if each person after receiving this e-mail,sends it to 10 people, probably one life could be saved!

I have already shared this information. What about you?

Do forward this message. It may save lives!

"Life is a one time gift."

Saturday, April 25, 2015

Savage drought will drive Lake Mead to record low on Sunday

Sunday’s forecast for Lake Mead calls for breezy conditions, with a high in the low 80s and a water level as lowas it has been in 78 years.
The reservoir east of Las Vegas is expected to reach a new record low this weekend and continue downward another 7 feet through June, as the drought-stricken Colorado River withers from its 12th dry year since 2000.
The latest projections by the U.S. Bureau of Reclamation call for the new record to arrive sometime after midnight Sunday, when the surface of Lake Mead dips below the current low-water mark, set on Aug. 13, 2014, of 1,080.19 feet above sea level.
The last time Lake Mead was this low was May 1937, the same month as the Hindenburg explosion. The reservoir then was filling for the first time behind the new Hoover Dam.
The bleak new milestone comes as federal forecasters slash their projections for how much water will make its way into the Colorado River in the coming months, as snow melts away in the mountains of Utah, Colorado and Wyoming.
Last month, the forecast called for the river that supplies water and power to some 40 million people in the U.S. and Mexico to see about 71 percent of its average flow this summer. Now forecasters expected the river’s flow to be more like 52 percent of average, and it could go even lower than that, according to one expert.
Randy Julander supervises the federal snow survey program in Nevada, Utah and California for the U.S. Department of Agriculture. He said this winter was abnormally dry across the West, and bad enough in Utah to rank among the worst “super-drought” years on record.
“What’s going on is we can’t buy a storm in any way, shape or form,” Julander said. “There just isn’t any snowpack to melt. The scientific term is ‘diddly squat.’”
As a result, the Colorado is being squeezed at both ends — dry conditions at the headwaters that reduce its flow and huge demand downstream as California suffers through a historic drought of its own.
Smack in the middle is the Las Vegas Valley, which draws roughly 90 percent of its water from the river using two intake pipes at Lake Mead. A new deep-water intake is expected to go online by the end of summer, and the Southern Nevada Water Authority is rushing to design and build an associated pumping station to keep water flowing to the community even if the reservoir shrinks another 185 feet to “dead pool,” the level at which that Hoover Dam can no longer release water.
Such a scenario was once unthinkable, but now water managers are spending a great deal of money preparing for it. The combined cost of the water authority’s new intake pipe and pump station will likely top $1.4 billion.
And they aren’t the only ones building.
The National Park Service will spend the summer — and as much as $2 million — extending all but one of the lake’s boat launch ramps.
Construction is to start in mid-May and last until July 31. The Park Service plans to keep at least one lane of each ramp open during the work. Updated ramp conditions will be posted at www.nps.gov/lake/learn/news/lakeconditions.htm.
“We are committed to maintaining lake access at all of our open launch ramps,” said Patrick Gubbins, acting superintendent of Lake Mead National Recreation Area.
So far, the declining water level has not impacted visitation at the lake, which consistently ranks as one of the nation’s most-visited Park Service sites. Between 2o13 and 2014, the recreation area saw a 10 percent increase in visitation and a 15 percent increase in the amount of money that visitors spent in and around the park, according to Lake Mead spokeswoman Christie Vanover.
Park Service estimates released this week suggest that last year alone the park and its visitors injected $290 million into the economies of the surrounding communities.
Federal forecasters expect Lake Mead’s gradual decline to continue through the end of June, when the surface could dip as low as 1,073 feet above sea level. After that, the lake should begin to inch back up, adding almost 10 feet by next March, when the forecast calls for it to shrink once more into the realm of the record book.

Friday, April 24, 2015

Bugging In | Why Staying Put Might Be Your Best Bet For Survival

I’m sure you’ve noticed that on most of the survival blogs out there, “bugging out” is the word of the day. There are tons of articles full of tips for what to do and what to bring with you when you’re forced to bug out in an emergency situation. What doesn’t seem to come up as often is bugging in – that is, staying put where you are instead of setting out in search of a safer location.
While there are some situations where you have no choice but to pack up and leave, you shouldn’t assume that this is always the best choice. Sometimes staying in your home is your best bet for safety and survival.

5 Benefits of Bugging In

There are many factors to consider when deciding whether bugging out or bugging in is the best choice, and it’s not a decision that should be taken lightly. But since you hear so much about bugging out, I thought I would share a few thoughts on the benefits of bugging in.
1. Higher security. You know the layout of your home. Most people feel safer in familiar surroundings. Knowing the quickest way through the house gives you an advantage of being able to get to a weapon before some intruder gets to you. If you are bugging out, you are out in the open and more vulnerable. You also know escape routes out of the home in case it is imminent that you will be overcome.
2. Knowledge of  the Neighborhood. Unless you just moved in last week, you know the immediate area around your home. Chances are you know what your neighbors look like, if not their names. You may even be close friends and that is very powerful. You can identify people who are new to the area. An armed stranger is more of a threat, generally speaking, than your next door neighbor. Having a group of ‘known’ people come together in a crisis raises everyone’s chance of survival. There are more eyes for security and more hands to do the work. Yes, there are more mouths to feed but also more people to acquire the food needed.

3. Knowledge of Terrain Layout in Surrounding Area. Since most people commute, they know a rather large area out from their home. If you really stop and think about it, you can estimate the terrain – the cities, towns, and neighborhoods close to your home. All that knowledge will help you locate resources and avoid dangerous areas. Chances are pretty good that if an area had a high crime level before the disaster, it will be even higher and more desperate afterward.

4. Home Base has more supplies and resources. There is no way you could pack all the items you need to survive and be as comfortable as possible in your car or on your back. Even if you focused solely on food and water, there is still no way you can carry what you need. If you bug in at home, you have more resources to get by. An example would be stuff in the junk drawer; you open it and find 2 adapters for charging some electronic you aren’t even sure you have anymore. What can that wire be used for, even if the power was out indefinitely? How about that end roll of duct tape? The bottom line is you are more adaptable in your own home with all your ‘stuff’ in one place.

5. People who love you will look there first. Unless you are some hardcore survivalist and have a plan of action for your friends and family, the ones who love you will come to your house first to try and find you. It is truly the most logical place to start looking and head out from there, retracing steps if needed. If you do not know your neighbors or have a group to rely on, holding out for your loved ones to find you may be the very best option. Many people claim they will be the lone wolf, but that is unrealistic in my opinion. Eventually, even the lone wolf needs the pack. The same is true with humans. We need each other and people we can trust to make it.

Ultimately, it’s up to you to decide what you need to do to keep yourself and your family safe. That very well may mean bugging out and seeking shelter elsewhere – but then again, it may not.
There is a lot to be said for riding out a disaster in the safety and familiarity of your own home and neighborhood. It’s definitely worth it to at least consider bugging in when developing your own disaster plan.
Whichever you choose bugging in or bugging out, in the end the most important thing is to be ready by having a clear plan and adequate supplies.
Be safe out there!

Tuesday, April 21, 2015

How To Build A Solar-Powered Still To Purify Any Water Source



When most people talk about a solar still, they are talking about a covered hole in the ground, which is used to purify water in an emergency situation, typically in a desert or other arid place. That’s not what I’m talking about here. I’m talking about building a permanent solar still, which can be used to distill water on a constant basis.

The biggest hazards we normally face from drinking water are microorganisms: bacteria, protozoa and other parasites which can enter our system and make us quite sick. These are a legitimate concern and one that every survivalist must take into account. A case of dysentery can kill you, especially if you are already weakened or injured.

While those biological hazards are important, they aren’t the only thing we can find in our drinking water. Chemicals, radiation, salt and minerals can all be there as well. While a fine-enough filter can get rid of biological hazards, particulate minerals and radiation, it can’t do a thing about salt or chemicals. Activated charcoal will help some with some types of chemicals, but the only sure way to get rid of those is through distillation.


Distillation is a simple process, although it can be difficult to accomplish in quantity. It consists of heating the water to the point where it evaporates quickly or steam forms. Then, that water vapor is captured and cooled, allowing it to condense back to water.

The really great thing about distillation is that nothing else evaporates with the water. The only chemicals that could evaporate with it are those that have a lower vapor point than water does. There aren’t too many chemicals normally found in a liquid state at typical ambient temperatures, which also have a lower vapor point than water does. Alcohol is one of the few.

The problem with distillation is that it is a slow process, which means that heat has to be applied to the water for a long time, so that it can evaporate and be captured. In a crisis situation, fuel might be scarce, making the process of distilling water rather expensive, from a resources point of view. This can be solved by harnessing the power of the sun in a solar still.

When most people talk about a solar still, they are talking about a covered hole in the ground, which is used to purify water in an emergency situation, typically in a desert or other arid place. That’s not what I’m talking about here. I’m talking about building a permanent solar still, which can be used to distill water on a constant basis.

A solar still, like many solar collector devices, consists of a glass-covered box, which is painted on the inside. A pan of water is placed inside and the device is placed in the sun. Sunlight enters the box and heats the water, promoting evaporation. When the water vapor hits the glass, it condenses on it, running down the glass to a catch tube.


Directions to Make the Solar Still

To make a solar still of this type, you’ll need to make a box out of plywood. You can’t see it well in the picture, but the white line at the back of the still is a door, which flips down to allow the water pans to be placed inside it. For water pans, I used two large rectangular Pyrex dishes. To accommodate them, the inside dimensions of the box are 19 inches wide by 23 inches long. I was careful about this measurement, as glass commonly comes in pieces that are 24, 36 and 48 inches. Had I made the box just a little bit bigger, I would have needed to buy a 36-inch piece of glass and waste most of it.

The front of the box (the end with the catch tube) is 6 inches tall, while the back of the box is 9-1/2 inches tall. This allows sufficient slope to cause the condensed water to run down to the catch tube (more on that in a moment). The sides of the box are constructed of two layers of half-inch plywood, while the bottom is of 3/4-inch plywood. That gave me sufficient thickness at the bottom to make it easy to connect it together.

The sides and ends of the box are double thickness, providing a notch at the top for the glass “collector” to mount into. The outer piece of plywood should stick up half an inch above the inner one. I purposely made the outer piece of plywood “short” so that it would provide a ready handle for carrying and moving the solar still.

When inserting the glass, it should be held in place by silicone caulk. Quarter round or base shoe can be placed above it to finish off the box. Be careful when nailing the quarter round in place, so as to not hit the glass with the nail or hammer.

A piece of three-fourths or one-inch thick aluminized insulated sheathing needs to be cut to fit the inside of the box and placed in the bottom, aluminum side up. The aluminum surface of this piece of sheathing and the entire inside of the box should be painted flat black to absorb as much light as possible, converting it to heat. The aluminum coating on the sheathing will readily absorb and transfer this heat to the Pyrex baking dishes. Pyrex is used to reduce the risk of breakage.



The hardest and most important part of the design is the drip edge and catch tube. I used a rubber door seal (without the metal backer) as the drip edge. You can glue it in place with silicone caulk, allowing the caulk to dry fully before turning the glass over. Be sure to fill the “uphill” side, where the drip edge attaches to the glass, to provide a smooth transition for the water drops to flow down. The drip edge needs to be located directly above the center of the catch tube. So, you will need to place the glass on the box, mark it for the drip edge and then remove it to install the drip edge to the glass, before installing the glass into the solar still.

The catch tube is a piece of half-inch PVC pipe. The outside diameter of half-inch schedule 40 PVC is slightly less than seven-eighths of an inch, making it easy to put a hole through the side of the still for it with a spade bit or forstner bit. Drill partially through the opposite wall of the still’s box from the inside, so that there is a pocket for the catch tube to sit into. Glue it into this partial hole with silicone caulk to both seal the wood and hold the drip tube in place.



To make the catch tube, make two lengthwise cuts in a piece of half-inch PVC pipe, about 120 degrees apart. It is easier to do this if you make the cuts too long, and then cut the tube to length. The cut-out portion of the tube should span the entire still, with the full tube starting where it goes through the side of the box.

The drip tube should be held in place by a pin at the outlet end. This can be a small nail. Just drill a hole down through the side of the still’s box and insert the pin to keep the tube from pulling out. A half-inch slip to half-inch threaded coupler is attached to the end of the catch tube, with a barbed fitting connected to it. A short piece of tubing is connected to this fitting.
Using the Solar Still

The solar still can be used all day long, even if it is slightly overcast. If it is properly sealed with paint, it can be left out even in a rainstorm. To use it, place the still in a place where it will receive good sunlight, without any possibility of it being shaded. Point it toward the south so that it can capture the most sunlight. Place a water jug or food-grade five-gallon bucket so that the drip tube will empty into the bucket or jug.

Fill both Pyrex pans with water and place them inside the still, ensuring that the door closes securely, without any air gaps. While the solar still is not fully airtight, you don’t want the water vapor escaping into the atmosphere. Leave the solar still and come back later to collect your water.

You can use literally any water with a solar still. It does not need to be pre-filtered in any way. Debris left in the water will stay in the Pyrex pans, while the clean water will be distilled out. If the water used is dirty, full of debris and silt, you will want to rinse out the Pyrex pans when it is time to refill them.

Monday, April 20, 2015

California drought water-use rules could force 36% reduction on Beverly Hills

Officials introduce proposals for different cities and counties, backed up with heavy potential fines, in order to meet governor’s executive order Billionaire-studded Beverly Hills will be ordered to cut water usage by 36% under a tough new mandate proposed by regulators on Saturday to try to help parched California cope with its extreme drought.

Los Angeles will have to reduce usage by 16%; the more environmentally conscious San Francisco will only have to reduce its water consumption by 8% after doing more in the last year to cut use voluntarily, according to the California State Water Resources Control Board (SWRCB).

The framework of new emergency water conservation regulations was announced on Saturday as the proposed outline of efforts to conform with Governor Jerry Brown’s executive order, issued on 1 April, that California must cut water use in urban areas by 25% in the next year. Emergency regulations for agriculture in the state are still under discussion.

On Saturday a table of targets – backed up with heavy potential fines for water companies – was issued to cover different cities and counties.

The framework will be open for comments before a further draft is drawn up and then the final version of the regulations is issued next month. Reductions will then have to be achieved by the end of February 2016.

“We don’t know when it [the drought] will end,” Felicia Marcus, chair of the SWRCB, said on Saturday. “Californians need to step up; we don’t even know if it will rain or snow much in the next year.”

California is suffering from a prolonged drought, with two-thirds of the state in extreme drought conditions and 41% suffering from the most serious classification issued by state authorities – “exceptional drought”.

The new proposals are likely to provoke opposition from urban water supply companies, which will be fined $10,000 a day if they fail to achieve the cuts.

After four years of drought, the state has warned Californians that they need to make “real lifestyle changes”.



Officials introduce proposals for different cities and counties, backed up with heavy potential fines, in order to meet governor’s executive order Billionaire-studded Beverly Hills will be ordered to cut water usage by 36% under a tough new mandate proposed by regulators on Saturday to try to help parched California cope with its extreme drought.

Los Angeles will have to reduce usage by 16%; the more environmentally conscious San Francisco will only have to reduce its water consumption by 8% after doing more in the last year to cut use voluntarily, according to the California State Water Resources Control Board (SWRCB).

The framework of new emergency water conservation regulations was announced on Saturday as the proposed outline of efforts to conform with Governor Jerry Brown’s executive order, issued on 1 April, that California must cut water use in urban areas by 25% in the next year. Emergency regulations for agriculture in the state are still under discussion.

On Saturday a table of targets – backed up with heavy potential fines for water companies – was issued to cover different cities and counties.

The framework will be open for comments before a further draft is drawn up and then the final version of the regulations is issued next month. Reductions will then have to be achieved by the end of February 2016.

“We don’t know when it [the drought] will end,” Felicia Marcus, chair of the SWRCB, said on Saturday. “Californians need to step up; we don’t even know if it will rain or snow much in the next year.”

California is suffering from a prolonged drought, with two-thirds of the state in extreme drought conditions and 41% suffering from the most serious classification issued by state authorities – “exceptional drought”.

The new proposals are likely to provoke opposition from urban water supply companies, which will be fined $10,000 a day if they fail to achieve the cuts.

After four years of drought, the state has warned Californians that they need to make “real lifestyle changes”.

A plan to voluntarily cut water use across the state by 20% failed, with most areas falling far short and some areas, particularly in southern California, increasing water consumption, Governor Brown said earlier this month, saying he had therefore been forced to issue an executive order. The state only managed to achieve a 9% reduction in water consumption.

Under the new proposed mandate, Beverly Hills is given the most dramatic reduction level, of 36%. Also included at that level are San Bernadino County, Coachella Valley, Modesto and Tahoe City. Not far behind, Newport Beach, Sacramento County and the city of San Bernadino would be told to cut water use by 32%.

Fresno, Burbank and Sonoma must slash water use by 28% under the latest proposal, with Napa and Palo Alto being told to reduce by 24%. At the lowest end of the spectrum, San Francisco and Santa Cruz will be required to cut water use by 8%.

San Diego and Santa Barbara will have to cut water consumption by 16% and San Jose by 20% if the framework ends up being mandated as outlined.

Under the proposals, householders would not be able to use hosepipes without shut-off mechanisms. Although hosepipes would not be banned outright, hosing sidewalks for cleanliness with potable water would be banned and only drip or micro-spray sprinklers allowed.

Restaurant and café-goers will only be given glasses of tap water upon request, not automatically upon sitting down. Many establishments have been doing so voluntarily.

The water restrictions will not be imposed on individual city and county authorities but on the water supply companies that services them.

The state is also encouraging people to recycle water from washing machines to flush toilets or water lawns.

A plan to voluntarily cut water use across the state by 20% failed, with most areas falling far short and some areas, particularly in southern California, increasing water consumption, Governor Brown said earlier this month, saying he had therefore been forced to issue an executive order. The state only managed to achieve a 9% reduction in water consumption.

Under the new proposed mandate, Beverly Hills is given the most dramatic reduction level, of 36%. Also included at that level are San Bernadino County, Coachella Valley, Modesto and Tahoe City. Not far behind, Newport Beach, Sacramento County and the city of San Bernadino would be told to cut water use by 32%.

Fresno, Burbank and Sonoma must slash water use by 28% under the latest proposal, with Napa and Palo Alto being told to reduce by 24%. At the lowest end of the spectrum, San Francisco and Santa Cruz will be required to cut water use by 8%.

San Diego and Santa Barbara will have to cut water consumption by 16% and San Jose by 20% if the framework ends up being mandated as outlined.

Under the proposals, householders would not be able to use hosepipes without shut-off mechanisms. Although hosepipes would not be banned outright, hosing sidewalks for cleanliness with potable water would be banned and only drip or micro-spray sprinklers allowed.

Restaurant and café-goers will only be given glasses of tap water upon request, not automatically upon sitting down. Many establishments have been doing so voluntarily.

The water restrictions will not be imposed on individual city and county authorities but on the water supply companies that services them.

The state is also encouraging people to recycle water from washing machines to flush toilets or water lawns.

Sunday, April 19, 2015

Dry Wells Plague California as Drought Has Water Tables Plunging

Near California’s Success Lake, more than 1,000 water wells have failed. Farmers are spending $750,000 to drill 1,800 feet down to keep fields from going fallow. Makeshift showers have sprouted near the church parking lot.
“The conditions are like a third-world country,” said Andrew Lockman, a manager at the Office of Emergency Services in Tulare County, in the heart of the state’s agricultural Central Valley about 175 miles (282 kilometers) north of Los Angeles.
As California enters the fourth year of a record drought, its residents and $43 billion agriculture industry have drawn groundwater so low that it’s beyond the reach of existing wells. That’s left thousands with dry taps and pushed farmers to dig deeper as Governor Jerry Brown, a 77-year-old Democrat, orders the first mandatory water rationing in state history.
“The demand we’re placing on the aquifer and the deep bedrock drilling, which is going on at an alarmingly fast pace, is really scary,” said Tricia Blattler, executive director of the Tulare County Farm Bureau. “Folks are really concerned we’re not going to be able find water in the groundwater system much longer. We are tapping it way too quickly.”
Nowhere has lack of rain been felt more than in Tulare County, in a valley dotted with dairy farms and walnut orchards at the foot of the Sierra Nevada mountains. With 458,000 residents, it’s home to 1,013 dry wells, accounting for more than half of those that have failed in the state since January 2014.

Tulare Dust

Outside Porterville, in a dusty, unincorporated hamlet populated by many Latino citrus-farm workers, some residents use donated bottled water to drink and cook. About 40 people a day wash in the 26 showers set up in trailers next to the parking lot of Iglesia Emmanuel church. They lug nonpotable water home from county tanks for their toilets.
Annette Clonts began bathing at friends’ homes or sneaking middle-of-the-night showers at Lake Success’s recreation area after the well near her trailer ran low two years ago. When the lake showers started sputtering in November, she turned to those at the church.
“When you’re 400 yards from the lake and you have no water, you’re in trouble,” said Clonts, a 57-year-old retired cook.
The family of Angelica Gallegos, a 39-year-old Porterville resident, loads two barrels in a truck and drives to a fire station twice a week to stock up on water from a county tank. That keeps the toilet running at her mobile home.
Her expenses are up from buying paper plates, cups, wipes and napkins, said Gallegos, a supervisor at an orange-packing facility.
“We’ve got to find a way to survive, to hold on,” said Gallegos, who lives with her husband and two daughters. “Right now, we don’t have the money to drill a deeper well. You’re talking about $15,000.”

Digging Deeper

That’s the starting price for residential wells, which range from 30 to 150 feet (9 to 46 meters) and can cost as much as $45,000, said Blattler, the official with the county’s farm bureau. Agricultural wells, which are about 1,000 to 1,800 feet, run $250,000 to $750,000, she said. There are so many customers, they’ll have to wait as long as two years.
On top of the failed wells, for the second year in a row the federal government isn’t supplying Tulare and Fresno counties with their typical share from the network of dams, reservoirs and canals spanning the state. That usually covers more than 50 percent of the water used by small towns and farmers, Blattler said.
Buying water from farmers who have rights to tap rivers is becoming more expensive as supplies run low, making wells the only source for many farms.
Tulare County issued 1,400 construction permits for wells last year, almost triple the 501 issued in 2013, according to county data. Permits doubled last year in neighboring Fresno County.
Local drillers and pump installers are being inundated with calls, creating lengthy wait lists. Business has doubled since 2012 at Kaweah Pump Inc., a well-drilling company in the Tulare County city of Visalia, said owner Bill Gargan, who’s had to hire 12 more people to keep up with demand. The company has a list with 42 drilling and about 200 pump jobs, he said. Gargan said his business has been operating 12 to 18-hour days, sometimes seven days a week.
“It will probably take us six months to get all those finished,” Gargan said. “They keep coming every day.”
Eric Borba, a 53-year-old dairy farmer in Porterville, said he’s been waiting since November to have a pump installed in a well he put in last year. Six of about 30 wells on his property aren’t pumping.
He said he may have to close the farm, which his grandfather started almost a century ago.
“At some point we don’t have an option,” Borba said. “With no water, you can’t do anything.”

Friday, April 17, 2015

The more they collect the deeper the debt...$1,477,901,000,000+:Tax-Day Tax Record

$100 Bills
(CNSNews.com) - The federal government has set an all-time record for the amount of inflation-adjusted tax revenue brought into the federal Treasury from the beginning of the fiscal year through the April 15 tax-filing deadline.
As of the close of business on April 14, the Treasury had brought in a record $1,477,901,000,000 since fiscal 2015 started on Oct. 1, 2014, according the Daily Treasury Statement released this afternoon.
We won't know how much additional tax revenue the Treasury hauled in today until it releases its next daily statement tomorrow at 4:00 p.m. But every dollar of it will add to the new record.
Tax-Day Tax Filing Record-Chart
Despite this record flow of tax revenue, the federal government ran a deficit of $439.47 billion in October through March, according to the Monthly Treasury Statement that was released Monday afternoon.
In fiscal 2014, in constant 2015 dollars, the Treasury collected $1,416,555,440,000 in taxes from the beginning of the fiscal year through the close of business on April 15. Up until then, that was the record federal tax haul through April 15. This year’s total of $1,477,901,000,000 through April 14, already surpasses last year’s record through April 15 by $61,345,560,000—or 4.3 percent.
In fiscal 2009, the year President Barack Obama took office, the Treasury brought in $1,249,523,180,000 in constant 2015 dollars through April 15. Since then real tax federal tax revenue collected through April 15 has increased by $228,377,820,000—or 18.3 percent.
CNSNews.com determined the amount of real tax revenue collected each year through April 15 by taking the “total” federal tax deposits reported on the Daily Treasury Statement for April 15 (or for the next business day if April 15 fell on a weekend) and then converting it to 2015 dollars using the Bureau of Labor Statistics inflation calculator.
Of the $1,477,901,000,000 in tax revenues the Treasury brought in in this fiscal year through the close of business yesterday, $1,223,936,000,000 came in income and employment taxes withheld from workers’ paychecks. Another $36,054,000,000 came from individual income taxes that were paid directly. $166,553,000,000 came from corporate income taxes. $41,970,000,000 came from excise taxes. $5,006,000,000 came from unemployment taxes. $3,510,000,000 came from railroad retirement taxes. And $872,000,000 came from estate taxes, gift taxes, and other miscellaneous taxes.

Wednesday, April 15, 2015

The startling projections of a quake in Salt Lake City: What you need to know...


SALT LAKE CITY — It’s 2 a.m. on an April Thursday.
Along the Wasatch Front, most of the more than 2 million Utahns who live here are sleeping, at home in suburban homes or aging apartments, even as thousands of others are working graveyard shifts in hospitals or other businesses.
Then it happens. The world erupts in shaking so violent, those standing are knocked to the ground. Picture frames are hurled from walls, furniture tumbles across rooms, televisions crash down.
The land cracks, shifts and, in some areas, lifts into jagged ledges. Highways fracture. Power lines snap. Water and gas lines sever; fires roar to life. Buildings and homes crumble.
The largest earthquake to hit Utah in modern times has just struck. Its magnitude: 7.0.
"A 7.0 earthquake would be absolutely devastating, wherever it hits, in its effect on people, infrastructure — all of the things we take for granted and that we rely on every day," said Joe Dougherty, spokesman for the Utah Division of Emergency Management.
Under this scenario, the quake's epicenter hits Salt Lake County, and it ruptures along the Wasatch Fault, which runs 240 miles halfway through the state, from northern to central Utah. About 80 percent of the state’s soon-to-be 3 million people live and work in the region.
Residents from Brigham City to Nephi, and Grantsville to Kamas feel the quake, but those in Salt Lake County see the most devastation.
Minutes later, the shaking stops, but the state’s problems have just begun.
In the dusty, fiery aftermath, sirens sound. The state's roughly 10,000 firefighters, police and paramedics are following emergency protocol: They're tending to their families first, then they will assemble. But emergency managers expect only 60 percent of the region's first responders will be immediately onhand, so those 6,000 or so will face a daunting task.
If the quake hits at 2 a.m., while many sleep in unstable homes and structures, 2,487 are projected to die and more than 36,000 will be injured. If the quake strikes at midday, 1,968 would be dead, and 28,000 injured. If it comes during the 5 p.m. commute, 2,100 would be dead and 29,000 injured, according to modeling designed to identify the problems and prepare to find solutions.
In all, roughly 86,000 are expected to lose their homes.
The region’s main arteries — utilities, highways, communication — would be severed, and won’t be restored for weeks and, in some areas, even months to come. How likely is it to happen? The main water line for Salt Lake City crosses the fault line 19 times.
Federal loss-estimation software tells the Utah Division of Emergency Management that this scenario would be reality if a 7.0-magnitutde earthquake struck Salt Lake County, and scientists say geographical records show while such an event is rare, it’s not only possible, but plausible.
Expecting the Worst
The loss and challenge brought by a 7.0 quake stokes a yearly effort that urges Utahns to realize and prepare for such in event, Dougherty said.
More than 700,000 Utahns plan to participate in the annual earthquake drill, the Great Utah ShakeOut, on Thursday morning. Its twofold goal is to help people and organizations get prepared and learn how to protect themselves.
"We really want to have a culture of preparedness," Dougherty said. "Mental and physical readiness comes from doing things that get you prepared so that you have a game plan, and having that game plan gives people so much comfort, especially if they've practiced it."
Dougherty said large earthquakes are possible throughout Utah because the state sits on top of a "seismic zone," which includes the Wasatch Fault as well as the West Valley Fault, the Hurricane Fault, the Cache Valley Fault, as well as others beneath the Great Salt Lake and Utah Lake.
“We have these sleeping giants everywhere,” Dougherty said.
Keith Koper, director of the University of Utah seismograph stations, said earthquakes don’t occur like clockwork and many geological variables influence their likelihood, but the reality is that it could happen anytime.
Koper said the matter is troubling because geological records can only reveal so much, and scientists simply don’t have the capability to accurately predict when or where the next earthquake will occur. But rock records do show that they have happened in the past, and nothing is preventing ongoing tectonic activity.
“There’s a lot of uncertainty,” Koper said. “We know it’s going to happen at some point, but the problem is we don’t know if it’s going to be next year, in 10 years, 100 years, or 500 years.”
But those geological records show the Wasatch fault has a major earthquake every 350 to 400 years, Dougherty said. The region’s last? About 350 years ago.
So that’s why Bob Carey, operations chief for the Utah Division of Emergency Management, lives and breathes earthquake emergency preparedness.
“There’s a big one — that 7.0 — lurking out there; the rock record shows us that,” Carey said.
If a severe earthquake hits in the Salt Lake City segment of the Wasatch fault, it would cause the worst structural and economical devastation, with greatest loss of life, injury and housing displacement, Carey said. The shaking would result in hazardous material spills, numerous landslides, scarps (ledges that could be almost 10 feet high), and even fluid-like land activity, or liquefaction, in areas near water tables, Koper said.
Hundreds of aftershocks would also impact the area, including a 6.0-magnitute earthquake that’s expected within a day of the initial shock, Carey said.
In the scenario, the Federal Emergency Management Agency’s loss-estimation software, HAZUS, considers 12 counties — from Box Elder, Cache and Rich in the north, to as far south as Juab, Utah and Wasatch—which are all expected to be directly impacted if a quake’s epicenter strikes Salt Lake County.
Such an event would “definitely be an economic killer,” Carey said. The state would incur about $32 billion in structural loss and the subsequent economic fallout.
“Recovery is going to be excruciatingly slow,” he said. “It’s stunning. It’s so big; you almost don’t know where to start. “
Buildings
Of the 757,400 buildings in the region, about 182,000 will be moderately, extensively or completely damaged — 24 percent of all buildings across all 12 counties. Of those buildings, more than 55,000 will be damaged beyond repair, according to HAZUS.
During the past decade, city, county and state funding has helped retrofit several government buildings in Salt Lake County, including the state Capitol and the Salt Lake County Emergency Center, to protect against earthquake damage, said Jeff Graviet, Salt Lake County Emergency Services director.
Laws passed in 1975 require all newly built buildings to be engineered for earthquake safety, but brick or concrete buildings built before then are considered unreinforced masonry structures, which are especially susceptible to damage, and especially dangerous if they’re multiple stories, Carey said. Those are the structures that are most likely to collapse.
“If you look around downtown Salt Lake City, you’ve got these four- or five-story unreinforced masonry apartments all over the place,” Carey said. “You could very well see loss of life there.”
Graviet said no legislation is in place requiring businesses or homeowners to retrofit those susceptible buildings, and it's up to the owners to absorb the expense if they choose to invest in protection. Salt Lake City leaders launched a "Fix the Bricks" initiative in 2012 to encourage those owners to invest in reinforcement, but Dougherty said almost 50,000 buildings in Salt Lake County are still considered unreinforced masonry.
Utilities
Rocky Mountain Power is expected to shut down the entire region’s power grid for the first 24 to 48 hours after a major earthquake for safety evaluation, Carey said, so the first couple of days will be spent completely without power.
Dougherty said if the quake hits in the middle of winter, thousands of Utahns will be immediately seeking shelter and warmth, so emergency managers will be scrambling to set up warming stations wherever possible. He said families are encouraged to store generators in their home to help stay warm after the initial shock.
After one week, 75 percent of households are expected to have power, but it will likely be spotty due to aftershocks, Carey said.
While he said power could be “hit and miss” for some time, it will be a problem that will be much quicker to repair than damage to potable water and sewer infrastructure.
“We’re pretty much certain that nobody’s going to have water for a long time,” Carey said. “It’s going to be a very prevalent problem.”
While damage will be worse near the quake’s epicenter, it will still propagate throughout the region, because it only takes “inches” of movement to shear sewer pipes and other utility pipes, Dougherty said. Even worse would be damage to a dam — in Salt Lake County’s case, Mountain Dell Dam — which would result in a devastating flood.
For potable and wastewater, HAZUS predicts more than 17,000 leaks and 10,000 breaks across the region’s infrastructure. Carey said Salt Lake County would likely be experiencing 95 percent outages, while about 62 percent of households throughout the entire region will be without potable water. But even after 90 days, HAZUS predicts more than 40 percent of the region’s households still won’t have potable water.
“Imagine multiple water main breaks in every city that’s affected,” Dougherty said. “It would be widespread.”
Randy Bullough, Salt Lake City Department of Public Utilities water distribution and maintenance manager, said because of that widespread damage, every water district in the region will be competing for the same repair materials, and “there just may not be enough inventory to go around.”
“This is going to take years to get it back to where people are used to it,” Carey said.
In the meantime, water will be prioritized for emergency operations, and emergency managers will be seeking the help of the private sector—Target, Wal-Mart and other large suppliers—for bottled water, he said.
Lack of water flow will not only impact households, but also cripple businesses and debilitate hospitals, Carey said.
Transportation
Power outages mean fuel will be mostly inaccessible for the first 24 to 48 hours, Carey said, because most stations rely on electricity to pump gas. Then, fuel will be prioritized for emergency operations, even though people will be scrambling to stock up, he said, so it will become more scarce for weeks , and prices will inflate.
But even with a full tank of gas, travel could be difficult for weeks, if not months to come.
Carey said state emergency managers are expecting all canyon roads — Weber, Parleys, Provo — to be inaccessible due to landslides and rock fall. All highways and freeways are also likely to be shut down, he said, because the Interstate 15 and 80 interchange, often called the Spaghetti Bowl, is a major weak point in the state’s transportation system.
“All you need is one small problem at the Spaghetti Bowl, and that shuts off all freeways,” Carey said. “You don’t need too much damage, just strategic damage, and everything shuts down.”
He said they’d be completely closed for a month at the very least for safety inspection. If segments need to be rebuilt, access will start to revive within the year, but it could take years before it’s finished.
Carey said emergency managers are also planning on all bridges that cross the Jordan River to fail, due to the area’s liquefaction potential.
“So the valley will be cut right in half,” he said.
Plus, damage to various road segments throughout the region may take up to a year or more to complete, he said, so travel will be limited to likely state roads, like State Street and Redwood Road.
That means traffic will be chaotic for the first few days, Carey said. The mess of blocked roads will cause severe congestion on whatever roads are functional, widespread power outages will cause four-way stops at every single intersection, and people everywhere will be jumping into their cars to flee to areas with more services or even reunite with their families, because commuters who travel across counties will find themselves separated from their loved ones, he said.
As for the airport, Carey said it will be initially closed because it’s located in a high liquefaction zone. If it’s not closed for damage, it will be for inspection, which could take weeks or a month before at the very least one runway could be open for commerce, he said.
In the meantime, emergency managers will request the Federal Aviation Administration to close the airspace to all air traffic and turn the control of that airspace over to the Air Operations Branch in the state Emergency Operations Center, based beneath the state Capitol, which will be utilizing the National Guard and the Civil Air Patrol to respond to the crisis, Carey said.
Depending on damage, he said, it could take years before the airport is back to normal.
Communication
Whether due to damage or overload, cellphones, landlines and Internet will go down initially. Reboot will follow the same model as power, but, Carey said, for the first few days after the quake, people will only be able to send texts or emails, because cellphone companies will be prioritizing communication for emergency personnel.
In the meantime, Utah’s lifeline for safety information will be radio, where KSL is federally charged to broadcast the emergency alert system. Media personnel will be coordinating with the Emergency Operations Center for that information, which has an array of communication devices, from high-powered radio, to satellite telephone to collect and distribute information from city, county and federal levels.
“We will help (state officials) get the word out to people what areas to avoid, what roads are closed, where they can go for water, and where they can go for help,” said John Dehnel, Bonneville Radio director of engineering.
As power is available — through generators and restoration — KSL will broadcast online, on radio and on television, Dehnel said, and when reporters tell the stories of fellow struggling Utahns, it will create a network of support that tells people they aren’t alone, he said.
Shelter and care
After the initial shock, Carey said of the 36,000 injured, 9,300 are projected to have life-threatening injuries or require hospitalization, but even in perfect running conditions, only 6,600 hospital beds will be available. The day of the quake, it is predicted only 2,500 beds will be usable, he said.
Plus, Carey said, about 53,000 Utahns will be seeking shelter out of the 86,000 displaced, since many will be staying with friends or family. But the state is only equipped to offer about 8,000 cots.
“That’s when we start looking for help,” he said.
Jan Buttrey, Utah Hospital Association disaster preparedness consultant, said the first few days after an earthquake will be trying, and hospital staff will be “doing the best they can with what they’ve got." However, plans are in place to maximize bed availability through a coalition with extended care facilities.
"We're making sure that the nursing facilities are as prepared as they can be so they'll be available if the hospitals aren't," she said.
She said outside help from federal disaster medical treatment teams probably won’t arrive for about three days. So in the meantime, hospitals will be evacuating if need be — depending on damage — setting up tents in parking lots, establishing stations in nearby buildings, and creating “casualty collection points” for people who have minor injuries so beds can be reserved for the critically injured.
But the reality that emergency care will be extremely shorthanded means able-bodied residents need to be prepared to care for themselves and their families for the first few days, Buttrey said. That’s why it’s highly encouraged that neighborhoods form Community Emergency Response Teams, which many cities offer training for, she said.
“The best thing that you can do is to be able to do is take care of yourself and your own,” Buttrey said.
The American Red Cross will team with emergency responders to help with food, water and housing. Locally, it has 19 paid staff and about 1,000 volunteers. Support will come from other states as well.
As for shelter, Carey said any place with shower and kitchen facilities — schools, churches — will be turned into refugee centers, but the state will be relying on humanitarian groups to get Utahns the help they need.
Dougherty said emergency managers will also be relying on all of the state’s religious organizations for help assessing damages and needs of people.
“Obviously the LDS Church in Utah has a huge presence and a pretty good structure for communicating to church members at stake and ward levels,” Dougherty said. “It’s going to be a huge partnership.”