Finding treasures on the beach

If you intend to live adventures and wet, treasure hunting in shallow water can be very impressive. Many swimmers often lose inadvertently rings, coins, and other precious jewels that are there, waiting to be found. Lost treasures on the beach are also washed away by the tide because most of those looking at the beach specialize in searching sandy areas, you can claim to be the first to find these treasures submerged underwater. Some treasure hunters use underwater snorkel or dive while detecting metals on the ocean floor. If you prefer to use your metal detector with its head above water, walk or wade will be the best option. Be delighted with what you can find up to six feet deep underwater!

Here are some examples of treasures that can be found on the beach:

  • Gold and diamond ring
  • Gold and silver necklaces and bracelets and watches
  • Silver coins and gold
  • Buttons Civil War uniforms
  • Sheets trade before the Civil War
  • Religious medallions with precious stones


Shallow Water

Search shallows include detecting the mark of the highest tide to about knee height. The tide watermark is the level reached by seawater during high tide.

Equipment Required: Metal Detector waterproof – either a ground VLF with setting or Pulse Induction model. A shovel sand short or long handle and boots or waders in cold water.

When walking in shallow water when the tide is, you should be able to find more coins and jewelry and less trash on the dry beach. Searchers surface water should always work against the tide. If you reach the beach a few hours before low tide, you can search while the tide is receding and until it begins to rise again. Experts say that the most productive areas are in deeper waters where people swim during high tides. They also advise remembering that the wind and storms deposited items of similar weight together in small or along the shore areas. That’s why you can find various rings in a single output. Once your detector has captured and identified a target, be sure to mark the point’s easy to miss between the movement of the waves. Use your shovel to dig sand and get your goal, but check the hole with your detector again before returning the sand to your site. This way, you will not lose your target. If you cannot find anything after removing the sand several times, advancing 90 degrees in each consecutive stroke. When the signal stops, the target should be at its shovel. A bag takes waist be perfect to save the treasures finds.


Wading to Find Treasures

Wading to find treasures typically considered detected in water from above the knee to the neck.

Required equipment: A metal detector waterproof very low frequency (VLF) for fresh water; VLF either a model or Pulse Induction salt water, a long-handled or circular shovel to dig and find targets and a floating filter to sift through and find their treasures.

Wading to find treasures can easily pay dividends, but it’s required to have more equipment. Depending on the season and water temperature, you may need a wetsuit to keep warm. In colder waters, many fans detection can also be equipped with rubber boots and a belt high to counteract the buoyancy of the wetsuit. A long beach shovel handle is required to recover its objectives lake or ocean floor, which could be sandy, rocky or clay. Experts also recommend carrying a floating filter. Once you have located a target, a shovelful deep in the sand. Then recheck your target hole. If the target is still there, release the shovelful and take another before putting it in your filter. When discloses the sand through your filter, your objective should become visible.

Metal Detectors

Treasure hunters on the beach and underwater have strong preferences for specific metal detectors to search underwater. In the reviews, the detector Garrett AT Pro is often praised for its superior function of discrimination in freshwater. The Treasury brand also gets high marks for Sand Tiger Shark and Shark. The ATX Garrett and Fisher CZ-21 are both excellent choices for use in both saltwater beaches as sweet. Metal detectors for underwater search are available in different varieties, Pulse Induction or Very Low Frequency (Very Low Frequency / VLF). Most detectors for use underwater operate at depths up to 200 feet and are designed with sensitivity to the metal search depth.


Metal Detectors Pulse Induction is best for search in salt water and can usually find hidden deeper objectives. They are designed to ignore salt, which is ideal for seekers in the ocean. Its disadvantage is that it cannot discriminate iron targets and trash without also losing good signs. PI detectors do not require movement, so continue to sound if sustained directly on a target.


Here are a few of the recommended Metal detectors PI:

  • Tesoro Sand Shark
  • Garrett Sea Hunter Mark II
  • Garrett ATX
  • Garrett Infinium LS
  • Garrett AT Pro
  • Tesoro Tiger Shark
  • Metal Detector Fisher CZ-21 Coil 10 “

I have only recently started using a metal detector and I took at look at before I went ahead, I just read some reviews and made sure to get one that was waterproof!


Let’s Find Some More Rocks!

One of the natural materials most widely used in various industries is the stone. The stone is used by a high consistency, which makes it useful for architecture, construction, engineering, and quarrying, among others. The stones are mainly obtained from quarries or mining exploration. In addition, the stone has value historically because it was used as a first material for making tools during the most ancient times. Within the construction industry, the stone is used as a key to the implementation of various projects involving building material.

Beach rocks

One issue with tenderfoot rock hounds is the stones and stocks we see on the shoreline don’t resemble the ones we find in the shops. They’ve been tumbled and cleaned to draw out their excellence. I expected to keep running into somebody on the shoreline that knows their stones and can help me comprehend what an agate in the unpleasant resembles. Aside from agates, you can find all sorts of neat looking, interestingly shaped rocks along the beach.


Gneiss is the metamorphic rock that can be comparable in appearance to rock yet can be all the more fine-grained. What is unmistakable about gneiss are the groups of minerals that shape substituting hues.


This is a metamorphic rock framed by warmth and pressure on shale. It is dim to dark in shading, smooth, to some degree glossy, and for the most part level. Search for some layering. Take a gander at this specimen and you can see the lighter shaded layer sandwich.


Here’s a stone that is a hybrid of basalt and gabbro – diabase. Basalt results from magma that cools rapidly at first glance; gabbro results from magma cooling gradually profound inside of the earth; diabase happens in the middle of, cooling medium gradually and nearer to the surface. Accordingly it is medium grained with littler precious stones than either rock or gabbro.



As granite is the coarse-grained, moderate cooling cousin of rhyolite, gabbro is the coarse cousin of basalt, framed profound underground as stone. It can extend from dark to dim or a blend of dark and light precious stones. Sparky says to search for “weathered white spotted” dull, coarse rocks. The white or light dim precious stones you find in the example to the privilege are weathered plagioclase gems.


Granite is shaped profound underground and stays there for a period, cooling gradually. This procedure frames huge precious stones and incorporates minerals like quartz, feldspar and mica implanted inside of the stone. It is coarse grained and dotted. Despite the fact that it shows up entirely diverse, it is comparable in essential structure to rhyolite – rich in silica and poor in iron.


Rhyolite is a sandy-shaded variant of Basalt. Framed from rapidly cooling magma simply like basalt, it is rich in silica and potassium, though basalt is poor in these minerals and wealthier in iron, and different minerals. The hue of Rhyolite will differ contingent on the blend of silica and iron and a percentage of the follow minerals.


Basalt is a standout amongst the most widely recognized rocks you’ll discover, yet I adore their smooth surface and strong feel in my grasp. Everyone has an unmistakable shape and in an assortment of shades of shading from become flushed dark to dim. They are volcanic rock framed from magma that immediately cooled when it achieved the surface.

Digital image

Digital image



What Rocks Can We Find To Use

Rock or stone is a normally strong mix of one or more minerals or mineraloids. For instance, the regular rock stone is a blend of the quartz, feldspar, and biotite minerals. The Earth’s external strong layer, the lithosphere, is made of rock.

There are three different types of beach stones, according to their originations: Igneous, Metamorphic and Sedimentary rocks.


Igneous rocks are formed by the cooling and solidification of molten rock material, magma. Under the terms under which the magma cools, rocks resulting granules can be thick or thin.

Igneous rocks are subdivided into two main groups:

Plutonic or intrusive rocks were formed from slow cooling and depth of magma. The rocks were cooled slowly, allowing the growth of large crystals of pure minerals. Examples: granite and syenite.


Extrusive or volcanic rocks are formed by the rapid cooling and surface, or near, the magma. They were formed when molten magma ascended from the depths filling cracks close to the surface or magma emerged through volcanoes. Cooling and subsequent solidification were very fast, resulting in the formation of fine grain minerals with rocks or glass-like. Examples: basalt and rhyolite.

There is a mineralogical correspondence between the plutonic and volcanic rocks so that the rhyolite and granite have the same composition as well as gabbroic and basalt. However, the texture and appearance of the plutonic and volcanic rocks are different.

Igneous rock, composed almost entirely of silicates can be classified according to their silica content. The main categories are acidic or basic. At the end of the acidic or siliceous rocks are granite and rhyolite, while among basic are gabbroic and basalt.


The metamorphic process is performed in the solid state, the changes occur without reaching rock melt. Most metamorphic rocks are characterized by a general crushing that makes its mineral packed in rows. This characteristic structure is called foliation and it looks great in rocks such as shales, schists, and gneisses.

Slates are metamorphosed clays. Foliation is very straight, parallel and close. They are usually dark and often contain fossils.

The shales are rocks that have undergone a more intense metamorphism. Has something distorted foliation and fossils that might be in the original rock disappear during the metamorphic process?

The Gneiss is a rock that has undergone an intense metamorphism. Its main minerals are quartz, feldspar and mica (like granite) but presented oriented light and dark bands.

Other common metamorphic rocks are:

Marble: carbonate rocks (such as limestone) that have undergone metamorphism and have a characteristic crystalline appearance.

Quartzite: they are metamorphosed quartz-rich sandstones.

Metamorphism can occur in different terrestrial environments, for example at certain depths rocks undergoes changes due to the weight of the materials to above and at high temperatures. Metamorphism also occurs at the edges of tectonic plates mainly due to the great pressures acting and around magmas by large prevailing temperatures.


The sediment has two main sources. First, sediment may be an accumulation of material originating and transported as solid clasts from mechanical and chemical weathering. Deposits of this type are called detritus and sedimentary rocks that form clastic sedimentary rocks. The second major source of sediment is the soluble material produced largely by chemical weathering. When these solutes are precipitated by organic or inorganic processes, the material is known as chemical sediments and rocks formed from it are called chemical sedimentary rocks.


Things To Do On The Beach

On the off chance that you surmise that investing energy at the shoreline is constrained to simply swimming, there’s significantly more that you’re passing up a major opportunity for! If you have a little bit of interest and want to have fun, you will find a huge amount of incredible exercises and things to on the beach other than simply swim.


List of beach hobbies that you might like:

Surfing and windsurfing are one of the most fun hobbies that you can do on the beach. You can start pointing to classes to learn and taking ease and then choose which mode attracts more:

  • Paddle Board: consists of going up above the table using an oar to push.
  • Bodysurfing: The body of the surfer is the one that glides through the water on a longer table.
  • Skimboarding: Is surfing on the waves but with a fiberglass table and high-density foam inside, which makes them very resistant and light, which has no keel, which subtracts stability.
  • Windsurf: Consists movements in the water on a similar to surf but provided with a candle table.


Extreme sports

Fans of extreme sports also have many options to practice in the water. One of the ways is Flyboard, a relatively young discipline (2011) that allows us to propel several meters above the water while standing on a platform on which we can make from small real stunt jumps, ride the water, jet skiing or even parasailing.


Sports in the sand

There is no need to get in the water to take advantage of beach days to get fit and those who like to exercise can play ball with giant balls that can be thrown into the air, acrobatics, etc … If you have someone to play with, you can find an area where it’s permitted and play the classic blades, which does not require special skills and the material can be acquired in any shirt shop. In addition, you can swim, walk, run along the shore, do push-ups, crunches, etc … as well as sessions of aerobics, Zumba, salsa etc.




Team sports

If practicing sport alone is not the best option, there are also many games and sports that can be done in the company on the shore like a game of beach volleyball or even with additional equipment, you can organize an amateur tournament.


Search shells and stones multitude of shapes and colors

The walks along the seashore, apart from being beneficial to health, can serve to collect shells, conches, curious stones that take us vacation souvenir or even to make necklaces, bracelets or another decorative item to take home.


CMRHRN Crantock Beach, view towards Newquay, North Cornwall, England, UK

CMRHRN Crantock Beach, view towards Newquay, North Cornwall, England, UK


Fun in the water

You can also do other activities in the water that require less experience or prior knowledge as relay races with obstacles in the water in which you have to carry full glasses on a tray and the opposing team puts them obstacles to increasing the difficulty of challenge, or swimming towards the shore racing or pirogues – you can also create a circuit that must travel with boats built by hand by members of each team.

The “golf fishing” is one of the most innovative and fun activities, played like traditional golf but casting from the shore, biodegradable balls made with fish food.

Diving with a mask and snorkel can be a fantastic way to discover the fauna and flora of the coast but we must go to an area that is somewhat busy.

The classic pedals are one of the healthiest options and allow exercising while one gets brown and even enjoying a bath in a more tranquil setting far from the shore.




Different rocks that can be found on the beach

Anyone who has ever gone to the beach probably felt tempted many precious stones that can be found there. Glass bottles, for example, are generating a kind of treasure that unfortunately is disappearing.

Green gems, translucent, which seemed to come from the chest of a pirate.

These stones are being depleted due to the success of recycling and the widespread use of plastics in the industry as emeralds do not cease to be fragments of glass from a broken bottle green that because of sea erosion, sand and salt, offer a polish and some boulders own gemstones.

As National Geographic explains, explorers of marine crystals have a code of conduct, which states that if you find a piece of glass that still has edges you must return to leave it where it was for the sea to finish the work.

Richard LaMotte, author of ‘’Pure Sea Glass’’ and holder of a collection of over 3,000 pieces ensures that the sea takes about ten years to refine and round off the edges of a crystal glass and 20 to 30 years to leave it completely straight.

Although it is not surprising that some of these treasures are fragments of, for example, beer bottles manufactured in the late 19th Century: they can still read inscriptions on the brand or content. “In many beaches they will no longer be found,” says Mary Beth Beuke, president of the North American Sea Glass Association. She says that glasses remain on some coasts are so eroded and so small that they are no longer worth searching for. “We have reached the end of sea glass showcase.” Garbage indiscriminately launched the sea and the sea returns to us as small treasures that it makes trading increasingly scarce.

It is also common to find other gemstones arising from glass bottles of other colors. The white, which once were transparent, are the most abundant. And the red (ruby) and orange, which is the rarest. The origins of these precious gems can be as diverse as bottles, marbles, lamps, ordinary glass, headlights and so on.

Likewise with every other rock, there are three shoreline stones sorts as indicated by how they began: Igneous, Metamorphic, and Sedimentary shoreline rocks. The initial two sorts of rocks, Igneous and Metamorphic are shaped after liquid rock from magma and magma in the long run chills off lastly solidifies into rock once more. To these shoreline stones belong pebbles like quartzite, rock, slate, pumice, marble and so on.


Contingent upon the topographical history of the spot, shoreline rocks and stones could be an assortment of the above sorts of rocks (igneous, metamorphic, sedimentary) with an adjustment in the rate of occurrence of every stone kind. At present, the beach is practically stationary. The pebbles drift sometimes eastward, sometimes westward, as the storm winds blow. Larger pebbles can only be moved by large waves while the smaller stones my travel before smaller waves; this may have a sorting effect.