Tuesday, December 17, 2024

The Plants That Will Disappear First in a Crisis

In a crisis, people will turn to plants once again for both food and medicine.

And there are some plants that will vanish faster than all others.

So the only way to make sure you have them when you need them is to grow them in your own backyard.

The Plants That Will Disappear First in a Crisis



I’ve gathered all the seeds for growing these plants and placed them inside a Medicinal Garden Kit.

But I only managed to make 300 packages like this:



All these seeds have been handpicked from the very best plants.

What you see is what you get—seeds for powerful medicinal plants that are perfect for making your own remedies at home, now or in times of need.

This package offers you more than you could ask for: a natural antibiotic, a herbal painkiller, a wound healer, and many more.

Check out the entire list here.

God bless,

P.S. However, there is a limited number of these seeds and the demand is huge–no wonder, with all that’s happening in the world right now. Click here to see if there are any left for you!
 







 
ew gene flow from outside, the rate of endemism is particularly high. For example, many endemic species are found on remote islands, such as Hawaii, the Galápagos Islands and Socotra. Populations on an island are isolated, with little opportunity to interbreed with outside populations, which eventually causes reproductive isolation and separation into different species. Darwin's finches in the Galápagos archipelago are examples of species endemic to islands. Similarly, isolated mountainous regions like the Ethiopian Highlands, or large bodies of water far from other lakes, like Lake Baikal, can also have high rates of endemism. Endemism can also be created in areas which act as refuges for species during times of climate change like ice ages. These changes may have caused species to become repeatedly restricted to regions with unusually stable climate conditions, leading to high concentrations of endemic species in areas resistant to climate fluctuations. Endemic species that used to exist in a much larger area, but died out in most of their range, are called paleoendemic, in contrast to neoendemic species, which are new species that have not dispersed beyond their range. The ginkgo tree, Ginkgo biloba, is one example of a paleoendemic species. In many cases, biological factors, such as low rates of dispersal or returning to the spawning area (philopatry), can cause a particular group of organisms to have high speciation rates and thu




Monday, December 16, 2024

Pour THIS vinegar on your leg (erase all pain in 37 seconds)


 
Have you ever poured vinegar on your legs?

It sounds stupid...

And weird.

But it can help you ERASE chronic pain within only 37 seconds.

The catch?

You have to use this rare "wood vinegar" ONLY:
  • It erases nerve pain by 43%...
  • It eliminates cramping by 67%...
  • It SLASHES stiffness and aches as you sleep...
And it's 4X stronger (and safer) than any opioid.

>> Miracle "Wood Vinegar" Vanishes Pain In 37 Seconds.



Sincerely,
Kim














ents of the area are the Stó:l? Nation. The Upper Sumas 6 Indian reserve of the Sumas First Nation is located at Kilgard within Abbotsford city limits. European settlement began when the Royal Engineers surveyed the area in response to the gold rush along the Fraser River in 1858. This led to the building of Yale Road (today Old Yale Road), the first transportation route to link the Fraser Valley. The settlement grew and the production of butter, milk and tobacco began by the late 1860s. In 1889, former Royal Engineer John Cunningham Maclure applied for a Crown grant to obtain the 160 acres (0.65 km2) that would become Abbotsford. The Gur Sikh Temple, located on 33089 South Fraser Way, is the oldest Sikh temple in North America. Built in 1908 and opened in 1911, it is now over 110 years old, outlasting the now demolished 2nd Avenue temple in Vancouver (opened in 1908), and the Golden temple (opened in 1905) which was destroyed by fire. There is some controversy over the origin of the Abbotsford name. The most commonly cited origin is that Maclure named the land "Abbotsford" after family friend Henry Braithwaite Abbott, the western superintendent of the Canadian Pacific Rail




 

Saturday, December 14, 2024

Find Your Perfect Match in Ukraine Today!

For a better image experience, click on this link.
   
















 
ces. Effective national organizations are essential to coordinate, and to ensure the success and efficiency of, these systems. Universities and independent observatories should work with the national organizations to ensure the success of these systems. NOAO has worked very hard with the US community in the ensuing years in developing this System. A clear success story is the public access to non-federal large aperture telescopes through the NSF funded and NOAO managed Telescope System Instrumentation Program (TSIP). This program, accomplished with the enthusiastic support of the US non federal observatories, supplies the broad US community with some 70 nights of observing time per year. This System goal was further reiterated by the NSF Senior Review in 2007 when it reviewed the full suite of NSF ground-based astronomy facilities. NOAO continued to work on behalf of the community to effectively shape the System and gain steady, state-of-the-art research capabilities of all apertures for open, merit based science. A future major capability for the US system is an Extremely Large Telescope with diameter up to 30 meters. Two private consortia are currently working on such projects which may be operational before the end of the decade. These are the Thirty Meter Telescope and Giant Magellan Telescope. NOAO was working with both projects in planning for potential future involvement of the broad US community through operational support fun







 

Wednesday, December 11, 2024

Shipment Pending - AAA Car Emergency Kit

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ationally accepted definition of high-speed rail of 200 km/h (124 mph). Trains in New South Wales, Victoria, Queensland and Western Australia operate at a maximum service speed of 160 km/h (99.4 mph). The High Speed Rail Authority, a federal government agency established in 2023, has been tasked with "advising on, planning, developing and overseeing the construction and operation of a transformational network along Australia’s eastern seaboard". The authority's first priority is planning and corridor works for the Sydney to Newcastle section of a high-speed rail network, backed by a $500 million commitment from the Australian Government. Overview Main article: History of rail transport in Australia The construction of a high-speed rail link along the east coast has been the target of several investigations since the early 1980s. Air travel dominates the inter-capital travel market, and intra-rural travel is almost exclusively car-based. Rail has a significant presence in the rural / city fringe commuter market, but inter-capital rail currently has very low market share due to low speeds and infrequent service. However, travel times between the capitals by high-speed rail could be as fast as or faster than air travel, as the 2013 High Speed Rail Study Phase 2 Report estimated that conventional high-speed rail express journeys from Sydney to Melbourne would take 2 hours and 44 minutes, while those from Sydney to Brisbane would take 2 hours and 37 minutes. Various studies and recommendations have asserted that a high-speed rail service between the major eastern capital cities could be viable as an alternative to air. Although such studies have generated much interest from the private sector and captured the imagination of the general public upon their release, to date no private-sector proposal has been able to demonstrate financial viability without the need for significant government assistance. A mature high-speed rail system would be more economically competitive, prov




 



 

Tuesday, December 10, 2024

Bulging Veins In As Little As 7 Days!

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They are ugly, embarrassing and can be quite painful.

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ices of the NSF’s NOIRLab. The two sites allow US astronomers to make observations over the entire sky. Instrumentation includes optical to near infrared wavelength (0.4 to 5 micrometers) cameras and spectrometers. Cerro Tololo Inter-American Observatory (CTIO) Main article: Cerro Tololo Inter-American Observatory CTIO has a base and office facility in the seaside town of La Serena, Chile. The CTIO telescopes are located some 70 km inland in the foothills of the Chilean Andes. Access to the observatory is made through the picturesque Elqui Valley. Cerro Tololo Inter-American Observatory Telescopes at CTIO include the Victor M. Blanco Telescope (named after astronomer Victor Manuel Blanco in 1995) which employs a wide-field of view CCD (Charge-coupled device), a wide field of view near infrared imager (1-2.5 micrometers) and a multi-object fiber fed spectrograph working at visible wavelengths. The Blanco 4m played the central role in the discovery of dark energy, a poorly understood component to the universe which is currently causing the universe to accelerate in its expansion. The Blanco began hosting a new 3-degree field of view camera called the Dark Energy Camera, also known as DECam, in 2012. This camera is being built at Fermilab in Chicago, USA, and will be operated by CTIO. This instrument was built to execute the Dark Energy Survey, an undertaking to image a large part of the sky to faint light levels, dete




 

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eady making an impact. For example, Gemini astronomers, along with their collaborators at the 10m W. M. Keck Observatory, recently announced the first images of an extra solar system with three detected planets circling their parent star, an A-type star known as HR 8799. Vera C. Rubin Observatory (LSST) Main article: Vera C. Rubin Observatory NOAO was a founding partner in the Vera C. Rubin Observatory project, formerly known as the Large Synoptic Survey Telescope (LSST). Rubin Observatory is an 8-meter class telescope which will change the way some astronomers do science. More like a large physics program, Rubin Observatory will run its own experiment and provide data to the Rubin Observatory community in the form of images and astronomical catalogs. Rubin Observatory will have a dedicated wide field imager, and the telescope will cover the entire sky visible from the southern hemisphere approximately every week. By repeating the observations over and over for ten years, the Rubin Observatory will produce a very deep image of the sky, but it will also detect large numbers of astronomical objects which vary in brightness daily or on longer time scales. Rubin Observatory scientists will analyze, or "mine", the LSST data rather than go to the telescope to make their own observations. Rubin Observatory is currently in the pre-construction phase, with first light targeted for 2023. During this phase, AURA is managing for design and development of the Rubin Observatory telescope system and site facilities. Rubin Observatory will be located on Cerro Pachón in Chile, near the Gemini and SOAR telescopes. It will be ope
 













 


 

Sunday, December 8, 2024

Cholesterol concerns? Eat this daily, watch what happens...

European scientists say THIS fruit can cut "dangerous" cholesterol levels by up to 67% - and even boost fat-burning - when eaten a certain way.

But which one? Is it...
  1. Figs
  2. Pomegranate
  3. Red wine grapes
  4. Bergamot

I eat this fruit every single morning, no matter what, to help keep my cholesterol low.

Tens of thousands of other people eat it, too...

Paul N. said: "I went back to the doctor for my follow up blood test and EVERY SINGLE ONE of my cholesterol numbers was firmly within the normal range. This had a PROFOUND effect on my cholesterol levels. And I have since gotten my brother and my sister to start taking ot. It works REALLY well."

Marilyn S. said: "This lowered my cholesterol significantly in two months!"

Calvin W. said: "My wife was having a really tough time with her cholesterol. Yet after taking this... her cholesterol came down SIGNIFICANTLY. Our doctor was absolutely beside himself."

Any idea what it is?

Go here to see the answer.

To Your Health,
Julia











 




 
ding xanthones and tannins that assure astringency which discourages infestation by insects, fungi, plant viruses, bacteria, and animal predation while the fruit is immature. Colour changes and softening of the exocarp are natural processes of ripening that indicate the fruit can be eaten and the seeds have finished developing. Once the developing mangosteen fruit has stopped expanding, chlorophyll synthesis slows as the next colour phase begins. Initially streaked with red, the exocarp pigmentation transitions from green to red to dark purple, indicating a final ripening stage. This entire process takes place over a period of ten days as the edible quality of the fruit peaks. Over the days following removal from the tree, the exocarp hardens to an extent depending upon post-harvest handling and ambient storage conditions, especially relative humidity levels. If the ambient humidity is high, exocarp hardening may take a week or longer when the flesh quality is peaking and excellent for consumption. However, after several additional days of storage, especially if unrefrige