Bowfishing

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Modern sport bowfishing often occurs at night, shown here on a specialized boat: raised bow platform with powerful floodlights to expose and attract fish during the placid condition of night, often with several bowfishers covering different sectors. Night bowfishers in bowfishing boat.jpg
Modern sport bowfishing often occurs at night, shown here on a specialized boat: raised bow platform with powerful floodlights to expose and attract fish during the placid condition of night, often with several bowfishers covering different sectors.

Bowfishing is a fishing technique that uses specialized archery equipment to impale and retrieve fish. A bowfisher will use a bow or crossbow to shoot fish through the water surface with a barbed arrow tethered to a line, and then manually retrieve the line and arrow back, in modern times usually with a reel mounted on the bow. Unlike other popular forms of fishing where baiting and exploiting the fish's instinctual behaviors are important (e.g. angling, netting, trapping, and hand fishing such as noodling), bowfishing is similar to spearfishing and relies purely on the fisherman's own visual perception and marksmanship, and usually do not involve using other tools such as hand net.

Contents

Historically, bowfishing was practiced for subsistence, but in the 21st century it has increasingly become an outdoor sport, practiced across the United States that is prone to excessive wanton waste. [1] [2] [3] [4] [5] Sport bowfishing is unregulated and unmanaged as of 2023, but the practice is increasingly gaining attention and study across disciplines. [1] [4] [6] [3] [7] [8] [9] [5] Due to the lethality of the bow or crossbow, catch and release is not possible with bowfishing. [8]

Equipment

Bows

A modern bowfisher takes aim at spawning carp in an Iowa pond. Modern bow fisherman.jpg
A modern bowfisher takes aim at spawning carp in an Iowa pond.
Arrow with three prongs carrying three barbed points. For catching fish in rivers. From Guyana. Photographed at the Royal Albert Memorial Museum, Exeter, Devon. Fishing arrow Guyana.JPG
Arrow with three prongs carrying three barbed points. For catching fish in rivers. From Guyana. Photographed at the Royal Albert Memorial Museum, Exeter, Devon.

Traditionally, bows were usually very simple. [1] Most did not have sights, and aiming was executed by line-of-sight judgment down the arrow. Modern sport bowfishing mostly uses sophisticated compound or lever-action bows, [1] some of which are fitted with laser sights. There are a couple of types of rests including the hook-and-roller rest, and the full-containment rest (with Whisker Biscuit being the best-known brand of the latter). Most bowfishing bows have little to no let-off and are typically designed for 40–50 pounds (18–23 kg) of draw weight. Some other bows can have as much as 120-pound (54 kg) draw weight.

The crossbow is also sometimes used in this manner and has its own advantages, including the use of a reel. See Recreational fishing.

Arrows

Bowfishing arrows are considerably heavier and stronger than arrows used in other types of archery and are most commonly constructed of five-sixteenths-inch (0.79 cm) fiberglass, but solid aluminum, carbon fiber, and carbon fiber reinforced fiberglass are also used. Bowfishing arrows generally lack fletching, as it can cause the arrow to flare to one side or another underwater and they are not required at the relatively short ranges associated with bowfishing. Lighted nocks, and other custom features for arrows associated with night bowfishing are commonly available. Line is attached to the arrow by tying to a hole in the arrow shaft or through the use of a slide system.

Line

Bowfishing line is often made from braided nylon, Dacron, or Spectra. Commonly used line weights range from eighty to four-hundred pound test, with six-hundred being used when bowhunting for alligators. Line color is normally either lime green, white, or neon orange.

Reels

Three types of reels are commonly used in bowfishing: Hand-wrap, spincast, and retriever. Hand-wrap reels are the simplest reels; they consist of a circular spool that line is wrapped onto by hand and then secured in a line holding slot. When the arrow is shot the line comes free from the line holder and feeds off the spool. Fish are caught by pulling the line in hand over hand; hand-wrap reels are the least effective at fighting arrowed fish, but they can be used in conjunction with a float system to shoot and fight large trophy fish. Retriever reels have a "bottle" which holds the line in place. When shot the line comes out either until the shot goes too far and the line runs out or the hunter pushes down a stopping device which can be used to keep a fish from traveling out too far. Some retriever reels have slots cut in them and are known as slotted retriever reels. They are more commonly used for alligator, alligator gar, shark and other big game that will take more time to chase down than smaller game fish.

Boats

Although bowfishing can be done from the shore, bowfishers most often shoot from boats. Flat bottom "john boats" and canoes are used in areas of low water, as they have less draw, but are unsuitable for open water. Larger boats can accommodate multiple hunters. Many of these boats are highly customized specifically for bowfishing, with raised shooting platforms, and generators to provide electrical power to multiple lights for bowfishing at night. In dense marshlands that are unfriendly to boat propellers, airboats, which incorporate top-mounted fan propulsion for operating in very shallow waters, are usually used.

Techniques

The Filipino Negritos traditionally used bows and arrows to shoot fish in clear water. Negrito outrigger.jpg
The Filipino Negritos traditionally used bows and arrows to shoot fish in clear water.

Along with fishing from boats and off the shore, wading and shooting is also effective as long as the hunter does not mind getting soaked. Wading in rivers allows the shooter to get up close to the fish if the hunter is skillful. When keeping fish while wading, the hunter may use a stringer tied to a belt loop.

Standing on large rocks in shallower parts of a river is another technique. This provides a better view higher out of the water. Going from rock to rock in a river with two hunters gets the fish moving if they are inactive. It is similar to herding the fish to the other hunter; while one hunter is wading the other is stationary on a rock.

All of these river techniques typically work best for carp or catfish, depending on the location.

Aiming

Due to the light refraction at the water surface and the optical distortion of the apparent position of underwater objects (which would appear to be shallower), aiming straight at the target silhouette usually results in a miss. Aiming well below the target compensates for this optical illusion. Depth and distance (as well as angle) of the target also impact how far below the fish to aim.[ citation needed ]

U.S. Open Bowfishing Championship

Each spring, Bass Pro Shops hosts the annual U.S. Open Bowfishing Championships [11] . The 2024 event is being held in Gonzales, Louisiana.

Controversy, management status and wanton waste

Sport bowfishing is prone to excessive waste of native species. For example, 100-year-old bigmouth buffalo in Minnesota and the cycle of modern bowfishing. See Scarnecchia et al. 2021. Modern bowfishing cycle adapted from fig. 7 Scarnecchia et al. 2021.jpg
Sport bowfishing is prone to excessive waste of native species. For example, 100-year-old bigmouth buffalo in Minnesota and the cycle of modern bowfishing. See Scarnecchia et al. 2021.
In this single-night bowfishing tournament in Minnesota, tons of native freshwater fish were shot and disposed. More than 65% of the total take was composed of four species of native redhorse, even though 11 other native fish species were shot and dumped into the disposal bin. Overall, ~85% of all individual fish shot were native fish, and only 1 of 16 species killed in this tournament was non-native. For more details see 2023 study. Wanton waste of tons of native fish in Minnesota.jpg
In this single-night bowfishing tournament in Minnesota, tons of native freshwater fish were shot and disposed. More than 65% of the total take was composed of four species of native redhorse, even though 11 other native fish species were shot and dumped into the disposal bin. Overall, ~85% of all individual fish shot were native fish, and only 1 of 16 species killed in this tournament was non-native. For more details see 2023 study.

During the late 20th century and into the 21st century bowfishing has increasingly become an ethically problematic sport prone to wanton waste of historically-underappreciated native species in the United States. [1] [2] [12] [4] [13] [6] [3] [5] Bowfishing's ecological damage has become amplified since the rise of night bowfishing during the 21st century. [1] [2] [8] [5] No bowfisheries management, [1] [12] [4] [5] complex native fish life histories, [2] [13] [6] [3] [5] lack of funding for historically (and derogatorily) deemed "rough fish", [12] [4] [14] and the heightened vulnerability of freshwater fishes and their habitats worldwide [15] [16] further exacerbates the ecological waste of modern bowfishing.

Modern sport bowfishing (occurring in the United States), which is often an effort to amass hundreds of native fish in single outings (sport killing) and to discard them as full-bodied carcasses afterwards, [5] [1] [17] [13] [12] runs exactly counter to central principles of the North American Model of Wildlife Conservation. [18] A modern biological understanding of several of these targeted native species (e.g., bigmouth buffalo, black buffalo, smallmouth buffalo, bowfins, quillback, redhorses) has shown that they exhibit complex life cycles that are prone to overfishing. [2] [4] [12] [1] [13] [6] [3] [19] [20] [8] [9] [5] Although some invasive species are sport bowfished in the United States including some carp species (e.g. common carp), the vast majority of sport bowfished species are ecologically-valuable native species including gars, bowfin, buffalofishes, carpsuckers, redhorse, several other catostomids species, freshwater drum, hiodontids, paddlefish, bullheads, and catfish.

New sportfish management for these complex native fishes is long overdue. [12] [8] [2] [5] [3] [4] [6] Sport bowfisheries management of native species must be commensurate with the number and size of fish removed from the ecosystem, [21] which is significantly greater per bowfishing participant due to the lethality of the sport (catch and release is not possible), [21] [8] [5] there are nonexistent limits or extremely liberal limits, [1] [4] and there is no enforcement. [5] In addition, approaching and killing fish aided by powerful spot lights at night is creates a disproportionate advantage to the bowfisher because fish are less skittish, wind conditions are calmer, many fishes move shallower, there is no glare from sun and clouds, there is less boat traffic and less law enforcement. [1] Shining and hunting terrestrial animals at night is generally outlawed. The current management paradigm for bowfishing freshwater animals is blatantly inconsistent with established conservation. Further, violations often occur at bowfishing tournaments because they are unregulated and no law enforcement or agency presence occurs at weigh-ins. [5] In the 21st century, night bowfishing has grown in popularity and legality, and is practiced by a growing contingent of bowfishers. [1] [7] More than 1,000 native fish can be removed in a single bowfishing outings. [22] [5] In saltwater, rays and sharks are regularly pursued.

Targeted species

Freshwater

Saltwater

See also

Notes

  1. 1 2 3 4 5 6 7 8 9 10 11 12 Scarnecchia, Dennis L.; Schooley, Jason D. (October 2020). "Bowfishing in the United States: History, Status, Ecological Impact, and a Need for Management". Transactions of the Kansas Academy of Science. 123 (3–4): 285–338. doi:10.1660/062.123.0301. ISSN   0022-8443. S2CID   226238443.
  2. 1 2 3 4 5 6 Lackmann, Alec R.; Andrews, Allen H.; Butler, Malcolm G.; Bielak-Lackmann, Ewelina S.; Clark, Mark E. (23 May 2019). "Bigmouth Buffalo Ictiobus cyprinellus sets freshwater teleost record as improved age analysis reveals centenarian longevity". Communications Biology. 2 (1): 197. doi:10.1038/s42003-019-0452-0. ISSN   2399-3642. PMC   6533251 . PMID   31149641.
  3. 1 2 3 4 5 6 Lackmann, Alec R.; Bielak‐Lackmann, Ewelina S.; Butler, Malcolm G.; Clark, Mark E. (23 August 2022). "Otoliths suggest lifespans more than 30 years for free‐living Bowfin Amia calva – implications for fisheries management in the bowfishing era". Journal of Fish Biology. 101 (5): 1301–1311. doi:10.1111/jfb.15201. ISSN   0022-1112. PMC   9826520 . PMID   36053840. S2CID   251775908.
  4. 1 2 3 4 5 6 7 8 Rypel, Andrew L.; Saffarinia, Parsa; Vaughn, Caryn C.; Nesper, Larry; O’Reilly, Katherine; Parisek, Christine A.; Miller, Matthew L.; Moyle, Peter B.; Fangue, Nann A.; Bell‐Tilcock, Miranda; Ayers, David; David, Solomon R. (December 2021). "Goodbye to "Rough Fish": Paradigm Shift in the Conservation of Native Fishes". Fisheries. 46 (12): 605–616. doi: 10.1002/fsh.10660 . ISSN   0363-2415. S2CID   237713350.
  5. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Lackmann, Alec R.; Bielak-Lackmann, Ewelina S.; Jacobson, Reed I.; Andrews, Allen H.; Butler, Malcolm G.; Clark, Mark E. (30 August 2023). "Harvest trends, growth and longevity, and population dynamics reveal traditional assumptions for redhorse (Moxostoma spp.) management in Minnesota are not supported". Environmental Biology of Fishes. doi:10.1007/s10641-023-01460-8. ISSN   1573-5133.
  6. 1 2 3 4 5 Lackmann, Alec R.; Bielak-Lackmann, Ewelina S.; Jacobson, Reed I.; Butler, Malcolm G.; Clark, Mark E. (1 August 2022). "Otolith allometry informs age and growth of long-lived Quillback Carpiodes cyprinus". Environmental Biology of Fishes. 105 (8): 1051–1064. doi:10.1007/s10641-022-01315-8. ISSN   1573-5133. S2CID   251510855.
  7. 1 2 York, Betsey; Schooley, Jason D.; Scarnecchia, Dennis L. (August 2022). "Oklahoma Bowfishing Values and Perspectives toward Nongame Fishes and Their Management". North American Journal of Fisheries Management. 42 (4): 1020–1040. doi:10.1002/nafm.10795. ISSN   0275-5947. S2CID   250474405.
  8. 1 2 3 4 5 6 Montague, Graham F.; Schooley, Jason D.; Scarnecchia, Dennis L.; Snow, Richard A. (5 May 2023). "Bowfishing shoot‐and‐release: high short‐term mortality of nongame fishes and its management implications". North American Journal of Fisheries Management. doi:10.1002/nafm.10904. ISSN   0275-5947.
  9. 1 2 Long, James M.; Snow, Richard A.; Shoup, Daniel E.; Bartnicki, Jory B. (9 June 2023). "Validation and Comparison of Age Estimates for Smallmouth Buffalo in Oklahoma Based on Otoliths, Pectoral Fin Rays, and Opercula". North American Journal of Fisheries Management. doi:10.1002/nafm.10865. ISSN   0275-5947.
  10. March, Alden (1899) The history and conquest of the Philippines and our other island possessions; embracing our war with the Filipinos in 1899 Page 39.
  11. "Register Now for the 2024 U.S. Open Bowfishing Championship". Hook & Barrel Magazine. 19 February 2024. Retrieved 16 April 2024.
  12. 1 2 3 4 5 6 7 Scarnecchia, Dennis L.; Schooley, Jason D.; Lackmann, Alec R.; Rider, Steven J.; Riecke, Dennis K.; McMullen, Joseph; Ganus, J. Eric; Steffensen, Kirk D.; Kramer, Nicholas W.; Shattuck, Zachary R. (December 2021). "The Sport Fish Restoration Program as a Funding Source to Manage and Monitor Bowfishing and Monitor Inland Commercial Fisheries". Fisheries. 46 (12): 595–604. doi:10.1002/fsh.10679. ISSN   0363-2415. S2CID   244170626.
  13. 1 2 3 4 Lackmann, Alec R.; Kratz, Brandon J.; Bielak-Lackmann, Ewelina S.; Jacobson, Reed I.; Sauer, Derek J.; Andrews, Allen H.; Butler, Malcolm G.; Clark, Mark E. (9 April 2021). "Long-lived population demographics in a declining, vulnerable fishery — bigmouth buffalo (Ictiobus cyprinellus) of Jamestown Reservoir, North Dakota". Canadian Journal of Fisheries and Aquatic Sciences. 78 (10): 1486–1496. doi:10.1139/cjfas-2020-0485. S2CID   234864913.
  14. Guy, Christopher S.; Cox, Tanner L.; Williams, Jacob R.; Brown, Colter D.; Eckelbecker, Robert W.; Glassic, Hayley C.; Lewis, Madeline C.; Maskill, Paige A. C.; McGarvey, Lauren M.; Siemiantkowski, Michael J. (19 April 2021). "A paradoxical knowledge gap in science for critically endangered fishes and game fishes during the sixth mass extinction". Scientific Reports. 11 (1): 8447. doi:10.1038/s41598-021-87871-y. ISSN   2045-2322. PMC   8055981 . PMID   33875736. S2CID   233308765.
  15. He, Fengzhi; Zarfl, Christiane; Bremerich, Vanessa; David, Jonathan N. W.; Hogan, Zeb; Kalinkat, Gregor; Tockner, Klement; Jähnig, Sonja C. (8 August 2019). "The global decline of freshwater megafauna". Global Change Biology. 25 (11): 3883–3892. doi:10.1111/gcb.14753. ISSN   1354-1013. PMID   31393076. S2CID   199505001.
  16. "The World's Forgotten Fishes". wwf.panda.org. Retrieved 31 August 2022.
  17. Quinn, Jeffrey W. (1 December 2010). "A Survey of Bowfishing Tournaments in Arkansas". North American Journal of Fisheries Management. 30 (6): 1376–1384. doi:10.1577/M10-008.1. ISSN   0275-5947.
  18. USFWS. "North American Model of Wildlife Conservation: Wildlife for Everyone".
  19. Wright, Jeremy J.; Bruce, Spencer A.; Sinopoli, Daniel A.; Palumbo, Jay R.; Stewart, Donald J. (3 October 2022). "Phylogenomic analysis of the bowfin (Amia calva) reveals unrecognized species diversity in a living fossil lineage". Scientific Reports. 12 (1): 16514. doi:10.1038/s41598-022-20875-4. ISSN   2045-2322. PMC   9529906 . PMID   36192509.
  20. Sinopoli, Daniel A.; Stewart, Donald J. (19 October 2020). "A Synthesis of Management Regulations for Bowfin, and Conservation Implications of a Developing Caviar Fishery". Fisheries. 46 (1): 40–43. doi:10.1002/fsh.10526. ISSN   0363-2415. S2CID   229526068.
  21. 1 2 Molinaro, Sarah A.; Stein, Jeffrey A. (2019). "An Estimation of Harvest and Angler Habits at Bowfishing Tournaments in Illinois". Midwest Fish and Wildlife Conference 2019.
  22. Bostian, Kelly J. "Trashed fish: Science for gar, buffalo targeted by bowfishing long overdue". kellyjbostian.substack.com. Retrieved 31 August 2022.

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<span class="mw-page-title-main">Eurasian carp</span> Species of fish

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<span class="mw-page-title-main">Cypriniformes</span> Order of fishes

Cypriniformes is an order of ray-finned fish, which includes many families and genera of cyprinid fish, such as barbs, gobies, loaches, botias, and minnows. Cypriniformes is an “order-within-an-order”, placed under the superorder Ostariophysi—which is also made up of cyprinid, ostariophysin fishes. The order contains 11-12 families, over 400 genera, and more than 4,250 named species; new species are regularly described, and new genera are recognized frequently. Cyprinids are most diverse in South and Southeast Asia, but are entirely absent from Australia and South America. At 112 years old, the longest-lived cypriniform fish documented is the bigmouth buffalo.

<span class="mw-page-title-main">Bowfin</span> Bony fish related to gars in the infraclass Holosteii

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<span class="mw-page-title-main">Bigmouth buffalo</span> Species of fish

The bigmouth buffalo is a fish native to North America that is in decline. It is the largest North American species in the Catostomidae or "sucker" family, and is one of the longest-lived and latest-maturing freshwater fishes, capable of living 127 years and reproducing infrequently. Even at a century old they show no age-related declines, but instead improvements relative to younger individuals, making this species a biological marvel. It is commonly called the gourdhead, marblehead, redmouth buffalo, buffalofish, bernard buffalo, roundhead, or brown buffalo. The bigmouth buffalo is not a carp, nor is any other fish in the sucker family. Although they share the same order, each belong to different suborders and are native to separate continents.

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Rough fish is a term used by some United States state agencies and anglers to describe fish that are less desirable to sport anglers within a defined region. The term usually refers to larger game fish species that are not commonly eaten, are too rare to be commonly encountered, or are not favorably sought by anglers for sporting purposes. Many of these species are actually very important in the commercial fishing industry, where they make up the bulk of commercial food fish catches in inland freshwater bodies.

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<span class="mw-page-title-main">Carp fishing</span>

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<span class="mw-page-title-main">Catostomidae</span> Family of fishes

The Catostomidae are the suckers of the order Cypriniformes, with about 78 species in this family of freshwater fishes. The Catostomidae are almost exclusively native to North America. The only exceptions are Catostomus catostomus, found in both North America and Russia, and Myxocyprinus asiaticus found only in China. In the Ozarks they are a common food fish and a festival is held each year to celebrate them. The bigmouth buffalo, Ictiobus cyprinellus, can reach an age up to 127 years, making it the oldest known freshwater teleost by more than 50 years.

<i>Ictiobus</i> Genus of fishes

Ictiobus, also known as buffalofishes, buffalofish or simply buffalo, is a genus of freshwater fish native to North America, specifically the United States, Canada, Mexico, and Guatemala. They are the largest and longest-lived of the North American suckers, reaching up to 1.23 m (4.0 ft) in length and more than 100 years of age for three of the five species. At up to 127 years for bigmouth buffalo, they are the longest-lived freshwater teleost, which is a group of more than 12,000 species. Bigmouth buffalo, black buffalo and smallmouth buffalo are found in the United States or Canada. Little is known about the two other buffalofish species: the fleshylip buffalo found in Mexico, or the usumacinta buffalo found in Mexico and Guatemala. Buffalofish are not carp, nor is any other catostomid; they belong to different scientific families having evolved on separate continents. Buffalofish live in most types of freshwater bodies where panfish are found, such as ponds, creeks, rivers, and lakes. Ictiobus were caught by the Lewis and Clark Expedition.

<span class="mw-page-title-main">River carpsucker</span> Species of fish

The river carpsucker is a freshwater fish found in the inland United States and northern Mexico. This species has a slightly arched back and is somewhat stout and compressed. While the fins are usually opaque, in older fish they may be dark yellow. It is distributed along the Mississippi River basin from Pennsylvania to Montana. The river carpsucker, like most suckers, is a bottom feeder and obtains its nutrients from algae, microcrustaceans, and other various tiny planktonic plants and animals found in silty substrates. Like its congener, the quillback, the river carpsucker is long-lived, with a lifespan of more than 45 years. It begins to reproduce typically in late spring, and the female usually releases more than 100,000 eggs. After releasing and fertilizing their eggs, all parental care is ended.

<span class="mw-page-title-main">Smallmouth buffalo</span> Species of fish

The smallmouth buffalo is one of the longest-lived fishes, capable of living more than a century. They are a catostomid fish species native to the major tributaries and surrounding waters of the Mississippi River in the United States, as well as some other water systems where it has been introduced. It is a long-lived, stocky fish like its relatives the bigmouth buffalo and the black buffalo. The smallmouth buffalo's mouth is located ventrally like other Catostomidae species, whereas the bigmouth buffalo's mouth is terminal and opens forward. It is thought that smallmouth buffalo eyes are significantly larger than those of the black buffalo. Despite being members of different scientific families, these three species superficially resemble the common carp, but an easy and notable difference is that all catostomids lack the characteristic barbels of carp.

<span class="mw-page-title-main">Bomb pulse</span> Sudden increase of carbon-14 in the Earths atmosphere due to nuclear bomb tests

The bomb pulse is the sudden increase of carbon-14 (14C) in the Earth's atmosphere due to the hundreds of aboveground nuclear bombs tests that started in 1945 and intensified after 1950 until 1963, when the Limited Test Ban Treaty was signed by the United States, the Soviet Union and the United Kingdom. These hundreds of blasts were followed by a doubling of the relative concentration of 14C in the atmosphere. The reason for the term “relative concentration”, is because the measurements of 14C levels by mass spectrometers are most accurately made by comparison to another carbon isotope, often the common isotope 12C. Isotope abundance ratios are not only more easily measured, they are what 14C carbon daters want, since it is the fraction of carbon in a sample that is 14C, not the absolute concentration, that is of interest in dating measurements. The figure shows how the fraction of carbon in the atmosphere that is 14C, of order only a part per trillion, has changed over the past several decades following the bomb tests. Because 12C concentration has increased by about 30% over the past fifty years, the fact that “pMC”, measuring the isotope ratio, has returned (almost) to its 1955 value, means that 14C concentration in the atmosphere remains some 30% higher than it once was. Carbon-14, the radioisotope of carbon, is naturally developed in trace amounts in the atmosphere and it can be detected in all living organisms. Carbon of all types is continually used to form the molecules of the cells of organisms. Doubling of the concentration of 14C in the atmosphere is reflected in the tissues and cells of all organisms that lived around the period of nuclear testing. This property has many applications in the fields of biology and forensics.

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