The Act of Union between England and Scotland Historic UK
1st May, 1707, England joined Scotland under the name of Great Britain.
The United Kingdom is commonly called, in Romanian, Great Britain, but this is a major mistake as the UK designates only England, Scotland and Wales. However, the United Kingdom should not be confused with the United Kingdom (before 1801; formed by the unification of the crowns of England and Scotland), nor with England - one of the constituent countries, the modern British state being the result of the union between the monarchies of Great Britain and Ireland.
England’s grievances would be addressed by a new Act of Union
After almost a century, in 1800, the parliament passed the so-called Union Law, by which the name of the country was changed again, in the United Kingdom of Great Britain and Ireland. This enshrined the passage of Ireland under English control, a process that took place gradually between the twelfth and seventeenth centuries. However, internal dissensions over the way Ireland was governed led to the proclamation of Ireland's independence in 1922, which retained a dominion status. The northern part (Northern Ireland) remained part of the United Kingdom, which changed the name of the state to its current form, by the United Kingdom of Great Britain and Northern Ireland.
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I was very happy to read about the continuity of missions Jupiter’s moon Europa " Europa Clipper mission " We can only be very excited and curious to learn more about the depths of the oceans of Jupiter's moon Europe. The eventual life forms can be infinitely varied, the variety of life oceans of moon Europa is still a mystery at the moment. Thanks to NASA and I want to thank them for their efforts in all areas, we will unravel the mystery of this possible extraterrestrial life ocean soon.
Below is a list of 15 strange species from the depths of the planet Earth's oceans, about which we do not have much scientific information and creatures that still continue to amaze us and surrounded in mystery. Think of the endless evolutionary possibilities of Jupiter’s moon Europa my friends !
The pelican eel (Eurypharynx pelecanoides) is a deep-sea eel rarely seen by humans, though it is occasionally caught in fishing nets. It is the only known member of the genus Eurypharynx and the family Eurypharyngidae. It belongs to the "saccopharyngiforms", members of which were historically placed in their own order, but are now considered true eels in the order Anguilliformes.
The Gulper Eel - Science-rumors
The pelican eel has been described by many synonyms, yet nobody has been able to demonstrate that more than one species of pelican eel exists. It is also referred to as the gulper eel (which can also refer to members of the related genus Saccopharynx), pelican gulper, and umbrella-mouth gulper. The specific epithet pelecanoides refers to the pelican, as the fish's large mouth is reminiscent of that of the pelican.
Sandra Raredon/Smithsonian Institution - cropped version of File:Eurypharynx pelecanoides X-ray.jpg
Description
Pelican eel specimens can be hard to describe, as they are so fragile that they become damaged when recovered from the immense pressure of the deep sea. The pelican eel's most notable feature is its large mouth, which is much larger than its body.
Gulper Eel Remarkable Large Mouth - Our Breathing Planet
The mouth is loosely hinged, and can be opened wide enough to swallow a fish much larger than the eel itself. The pouch-like lower jaw resembles that of a pelican, hence its name. The lower jaw is hinged at the base of the head, with no body mass behind it, making the head look disproportionately large. Its jaw is so large that it is estimated to be about a quarter of the total length of the eel itself. When it feeds on prey, water that is ingested is expelled via the gills.
Scripps Institution - UC San Diego Photo of the Week
Pelican eels are black or olive and some subspecies may have a thin lateral white stripe. They are ray-finned fish, and only resemble eels in appearance. source of text wikipedia
Hatchetfish ( Marine hatchetfishes or deep-sea hatchetfishes )
Marine hatchetfishes or deep-sea hatchetfishes are small deep-sea mesopelagic ray-finned fish of the stomiiform subfamily Sternoptychinae. They should not be confused with the freshwater hatchetfishes, which are not particularly closely related Teleostei in the characiform family Gasteropelecidae.
MLTSHP Deep Sea Hatchetfish
Found in tropical, subtropical and temperate waters of the Atlantic, Pacific and Indian Oceans, marine hatchetfishes range in size from Polyipnus danae at 2.8 cm (1.1 in) to the c.12 cm (4.7 in)-long giant hatchetfish (Argyropelecus gigas).
Wild Facts Creepy alien fish
They are small deep-sea fishes which have evolved a peculiar body shape and like their relatives have bioluminescent photophores. The latter allow them to use counter-illumination to escape predators that lurk in the depths: by matching the light intensity with the light penetrating the water from above, the fish does not appear darker if seen from below. They typically occur at a few hundred meters below the surface, but their entire depth range spans from 50 to 1,500 meters deep. source of text wikipedia
Hagfish, of the class Myxini (also known as Hyperotreti), are eel-shaped, slime-producing marine fish (occasionally called slime eels). They are the only known living animals that have a skull but no vertebral column, although hagfish do have rudimentary vertebrae. Along with lampreys, hagfish are jawless; they are the sister group to jawed vertebrates, and living hagfish remain similar to hagfish from around 300 million years ago.
Hagfish Bizarre prehistoric alien Pinterest
The classification of hagfish had been controversial. The issue was whether the hagfish was a degenerate type of vertebrate-fish that through evolution had lost its vertebrae (the original scheme) and was most closely related to lampreys, or whether hagfish represent a stage that precedes the evolution of the vertebral column (the alternative scheme) as is the case with lancelets. Recent DNA evidence has supported the original scheme.
Hagfish OCEAN TREASURES
The original scheme groups hagfish and lampreys together as cyclostomes (or historically, Agnatha), as the oldest surviving class of vertebrates alongside gnathostomes (the now-ubiquitous jawed vertebrates). The alternative scheme proposed that jawed vertebrates are more closely related to lampreys than to hagfish (i.e., that vertebrates include lampreys but exclude hagfish), and introduces the category craniata to group vertebrates near hagfish.
Snipe eels are a family, Nemichthyidae, of eels that consists of nine species in three genera. They are pelagic fishes, found in every ocean, mostly at depths of 300–600 m but sometimes as deep as 4000 m. Depending on the species, adults may reach 1–2 m (39–79 in) in length, yet they weigh only 80-400 g (a few ounces to a pound).
They are distinguished by their very slender jaws that separate toward the tips as the upper jaw curves upward. The jaws appear similar to the beak of the bird called the snipe. Snipe eels are oviparous, and the juveniles, called Leptocephali (meaning small head), do not resemble the adults but have oval, leaf-shaped and transparent bodies.
A scale diagram of the layers of the pelagic zone. Mature snipe eels generally occupy the Bathypelagic Zone
Spectacular Snipe Eel Sighting Nautilus Live
Different species of snipe eel have different shapes, sizes and colors. The similarly named bobtail snipe eel is actually in a different family and represented by two species, the black Cyema atrum and the bright red Neocyema erythrosoma.
A giant isopod is any of the almost 20 species of large isopods (crustaceans distantly related to shrimp and crabs, which are decapods) in the genus Bathynomus. They are abundant in the cold, deep waters of the Atlantic, Pacific, and Indian Oceans.[1][2] Bathynomus giganteus, the species upon which the generitype is based, is often considered the largest isopod in the world, though other comparably poorly known species of Bathynomus may reach a similar size (e.g., B. kensleyi). The giant isopods are noted for their resemblance to the much smaller common woodlouse (pill bug), to which they are related.
A frontal view of Bathynomus giganteus, showing its large, highly reflective compound eyes wikipedia
French zoologist Alphonse Milne-Edwards was the first to describe the genus in 1879 after his colleague Alexander Agassiz collected a juvenile male B. giganteus from the Gulf of Mexico; this was an exciting discovery for both scientists and the public, as at the time the idea of a lifeless or "azoic" deep ocean had only recently been refuted by the work of Sir Charles Wyville Thomson and others. No females were recovered until 1891.
The underside of Bathynomus giganteus wikipedia
Giant isopods are of little interest to most commercial fisheries, but are infamous for attacking and destroying fish caught in trawls. Specimens caught in the Americas and Japan are sometimes seen in public aquariums.
The sperm whale (Physeter macrocephalus) or cachalot is the largest of the toothed whales and the largest toothed predator. It is the only living member of the genus Physeter and one of three extant species in the sperm whale family, along with the pygmy sperm whale and dwarf sperm whale of the genus Kogia.
Sperm Whales Clicking You Inside Out — James Nestor at The Interval youtube
The sperm whale is a pelagic mammal with a worldwide range, and will migrate seasonally for feeding and breeding. Females and young males live together in groups, while mature males (bulls) live solitary lives outside of the mating season. The females cooperate to protect and nurse their young. Females give birth every four to 20 years, and care for the calves for more than a decade. A mature sperm whale has few natural predators, although calves and weakened adults are sometimes killed by pods of killer whales (orcas).
The sperm whale's brain is the largest in the world, five times heavier than a human's. wikipedia
Mature males average 16 metres (52 ft) in length but some may reach 20.7 metres (68 ft), with the head representing up to one-third of the animal's length. Plunging to 2,250 metres (7,382 ft), it is the third deepest diving mammal, exceeded only by the Southern elephant seal and Cuvier's beaked whale. The sperm whale uses echolocation and vocalization as loud as 230 decibels (re 1 µPa m) underwater. It has the largest brain on Earth, more than five times heavier than a human's. Sperm whales can live 70 years or more.
Anatomy of the sperm whale's head. The organs above the jaw are devoted to sound generation. wikipedia
Spermaceti (sperm oil), from which the whale derives its name, was a prime target of the whaling industry, and was sought after for use in oil lamps, lubricants, and candles. Ambergris, a solid waxy waste product sometimes present in its digestive system, is still highly valued as a fixative in perfumes, among other uses. Beachcombers look out for ambergris as flotsam. Sperm whaling was a major industry in the 19th century, depicted in the novel Moby-Dick. The species is protected by the International Whaling Commission moratorium, and is listed as vulnerable by the International Union for Conservation of Nature.
Riftia pachyptila, commonly known as giant tube worms, are marine invertebrates in the phylum Annelida[1] (formerly grouped in phylum Pogonophora and Vestimentifera) related to tube worms commonly found in the intertidal and pelagic zones. Riftia pachyptila live on the floor of the Pacific Ocean near black smokers, and can tolerate extremely high hydrogen sulfide levels. These worms can reach a length of 3 m (9 ft 10 in) and their tubular bodies have a diameter of 4 cm (1.6 in). Ambient temperature in their natural environment ranges from 2 to 30 degrees Celsius.
Photo of one of the largest concentrations of Riftia pachyptila observed, with anemones and mussels colonizing in close proximity. From the 2011 NOAA Galapagos Rift Expedition. The original NOAA image has been modified by increasing brightness. wikipedia
The common name "giant tube worm" is however also applied to the largest living species of shipworm, Kuphus polythalamia, which despite the name "worm" is a bivalve mollusc, rather than an annelid.
Dragon fish known as Stomiidae other article about Deep-sea dragonfish, one of the most bizarre creatures of the Sea - VIDEO Stomiidae is a family of deep-sea ray-finned fish, including the barbeled dragonfishes. They are quite small, usually around 15 cm, up to 26 cm. These fish are apex predators and have enormous jaws filled with fang-like teeth.
Scientists crack secret of dragonfish's deadly 'invisible' teeth New York Post
They are also able to hinge the neurocranium and upper-jaw system, which leads to the opening of the jaw to more than 100 degrees.[1] This ability allows them to consume extremely large prey, often 50% greater than their standard length
The anglerfish is a fish of the teleost order Lophiiformes It is a bony fish named for its characteristic mode of predation, in which a fleshy growth from the fish's head (the esca or illicium) acts as a lure for other fish.
Representatives of ceratioid families as recognized in this study-1. (A) Centrophrynidae: Centrophryne spinulosa Regan and Trewavas, 136 mm SL, LACM 30379-1; (B) Ceratiidae: Cryptopsaras couesii Gill, 34.5 mm SL, BMNH 2006.10.19.1 (photo by E. A. Widder); (C) Himantolophidae: Himantolophus appelii (Clarke), 124 mm SL, CSIRO H.5652-01; (D) Diceratiidae: Diceratias trilobus Balushkin and Fedorov, 86 mm SL, AMS I.31144-004; (E) Diceratiidae: Bufoceratias wedli (Pietschmann), 96 mm SL, CSIRO H.2285-02; (F) Diceratiidae: Bufoceratias shaoi Pietsch, Ho, and Chen, 101 mm SL, ASIZP 61796 (photo by H.-C. Ho); (G) Melanocetidae: Melanocetus eustales Pietsch and Van Duzer, 93 mm SL, SIO 55-229; (H) Thaumatichthyidae: Lasiognathus amphirhamphus Pietsch, 157 mm SL, BMNH 2003.11.16.12; (I) Thaumatichthyidae: Thaumatichthys binghami Parr, 83 mm SL, UW 47537 (photo by C. Kenaley); (J) Oneirodidae: Chaenophryne quasiramifera Pietsch, 157 mm SL, SIO 72-180. Courtesy of the American Society of Ichthyologists and Herpetologists.
Some anglerfish are notable for extreme sexual dimorphism and sexual symbiosis of the small male with the much larger female, seen in the suborder Ceratioidei. In these species, males may be several orders of magnitude smaller than females.
The Creepy Anglerfish Comes to Light. (Just Don't Get Too Close ... NYT
Anglerfish occur worldwide. Some are pelagic (dwelling away from the sea floor), while others are benthic (dwelling close to the sea floor). Some live in the deep sea (e.g., Ceratiidae), while others on the continental shelf (e.g., the frogfishes Antennariidae and the monkfish/goosefish Lophiidae). Pelagic forms are most laterally compressed, whereas the benthic forms are often extremely dorsoventrally compressed (depressed), often with large upward-pointing mouths.
A viperfish is any species of marine fish in the genus Chauliodus. Viperfish are characterized by long, needle-like teeth and hinged lower jaws. A typical viperfish grows to lengths of 30 to 60 cm (12 to 23.5 in). Viperfish stay near lower depths in the daytime and shallower depths at night, primarily in tropical and temperate waters. Viperfish are believed to attack prey after luring them within range with light-producing organs called photophores, which are located along the ventral sides of its body, and with a prominent photophore at the end of a long spine in the dorsal fin reminiscent of the illicium of the unrelated deepsea anglerfishes. The viperfish flashes this natural light on and off, at the same time moving its dorsal spine around like a fishing rod and hanging completely still in the water. It also uses the light producing organ to communicate to potential mates and rivals.
Animal Diversity Web Chauliodus sloan
Viperfish vary in color from green, silver, to black. A viperfish uses its fang-like teeth to immobilize prey and would not be able to close its mouth because of their length, if it were not able to fold and curve them behind its head. The first vertebra behind the head of the viperfish absorbs the shock of biting prey. As with other deepsea fish, they are able to endure long periods with minimal food.
Viperfish are believed to live from 30 to 40 years in the wild, but in captivity they rarely live more than a few hours. Some species of dolphins and sharks are known to prey upon viperfish. Scientists believe they can swim at a speed of two body lengths per second, but this is not yet an official speed.
Viper fish zoom photo pinterest
Although it may appear to be covered in scales, it is covered by a thick, transparent coating of unknown substance. Extremely large, fang-like teeth give the fish a slightly protruded lower jaw which makes catching prey easy. The viperfish is lined with three different types of photophores, which some speculate are used to lure prey. They have microscopic spheres without a pigment layer that are scattered over the dorsal side, large spheres with a pigment coat, reflectors, and lens and large, bell-shaped organs with a pigment coat, reflectors, and lens that are grouped together in rows along the dorsal surface. Photophores can also be seen along the ventral and lateral surface of the fish. source wikipedia
Fangtooths are beryciform fish of the family Anoplogastridae (sometimes spelled "Anoplogasteridae") that live in the deep sea. The name is from Greek anoplo meaning "unarmed" and gaster meaning "stomach". With a circumglobal distribution in tropical and cold-temperate waters, the family contains only two very similar species in one genus, with no known close relatives.
Anoplogaster cornuta - Wikipedia
Description
While understandably named for their disproportionately large, fang-like teeth and unapproachable visage, fangtooths are actually quite small and harmless to humans: the larger of the two species, the common fangtooth, reaches a maximum length of just 16 cm (6.3 in) the shorthorn fangtooth is less than half this size though currently known only from juvenile specimens.
New Scientist Up close with the giant teeth of the deep-sea fangtooth
The head is small with a large jaw and appears haggard, riddled with mucous cavities delineated by serrated edges and covered by a thin skin. The eyes are relatively small, set high on the head; the entire head is a dark brown to black and is strongly compressed laterally, deep anteriorly and progressively more slender towards the tail.
Laboratory News Common Fangtooth alien face
The fins are small, simple, and spineless; the scales are embedded in the skin and take the form of thin plates. As compensation for reduced eyes, the lateral line is well-developed and appears as an open groove along the flanks.
The vampire squid (Vampyroteuthis infernalis, lit. "vampire squid from Hell") is a small cephalopod found throughout temperate and tropical oceans in extreme deep sea conditions. Unique retractile sensory filaments justify the vampire squid's placement in its own order, Vampyromorphida, as it shares similarities with both octopuses and squid. As a phylogenetic relict, it is the only known surviving member of its order. The first specimens were collected on the Valdivia Expedition and they were originally described as an octopus in 1903 by German teuthologist Carl Chun, but later assigned to a new order together with several extinct taxa.
Vampire Squid (Vampyroteuthis infernalis) – Our Wild World
Description
The vampire squid can reach a maximum total length around 30 cm (1 ft). Its 15-centimetre (5.9 in) gelatinous body varies in colour from velvety jet-black to pale reddish, depending on location and lighting conditions. A webbing of skin connects its eight arms, each lined with rows of fleshy spines or cirri; the inner side of this "cloak" is black.
Only the distal halves (farthest from the body) of the arms have suckers. Its limpid, globular eyes, which appear red or blue, depending on lighting, are proportionately the largest in the animal kingdom at 2.5 cm (1 in) in diameter. The name of the animal was inspired by its dark colour, cloaklike webbing, and red eyes, rather than habit—it feeds on detritus, not blood.
Oarfish are large, greatly elongated, pelagic lampriform fish belonging to the small family Regalecidae. Found in all temperate to tropical oceans yet rarely seen, the oarfish family contains three species in two genera. One of these, the giant oarfish (Regalecus glesne), is the longest bony fish alive, growing up to 8 m (26 ft) in length.
Sea Serpent - Can the Giant Oarfish Predict Earthquakes? The Vintage News
The common name oarfish is thought to be in reference either to their highly compressed and elongated bodies, or to the now discredited belief that the fish "row" themselves through the water with their pelvic fins. The family name Regalecidae is derived from the Latin regalis, meaning "royal". The occasional beachings of oarfish after storms, and their habit of lingering at the surface when sick or dying, make oarfish a probable source of many sea serpent tales.
Although the larger species are considered game fish and are fished commercially to a minor extent, oarfish are rarely caught alive; their flesh is not well regarded for eating due to its gelatinous consistency
United States Navy SEALS holding a 23-foot (7.0 m) giant oarfish, found washed up on the shore near San Diego, California, in September 1996 wikipedia
Anatomy and morphology
The dorsal fin originates from above the (relatively large) eyes and runs the entire length of the fish. Of the approximately 400 dorsal fin rays, the first 10 to 13 are elongated to varying degrees, forming a trailing crest embellished with reddish spots and flaps of skin at the ray tips. The pelvic fins are similarly elongated and adorned, reduced to one to five rays each. The pectoral fins are greatly reduced and situated low on the body.
The anal fin is completely absent and the caudal fin may be reduced or absent, as well, with the body tapering to a fine point. All fins lack true spines. At least one account, from researchers in New Zealand, described the oarfish as giving off "electric shocks" when touched.
The nautilus (from the Latin form of the original Ancient Greek: ναυτίλος, 'sailor') is a pelagic marine mollusc of the cephalopod family Nautilidae, the sole extant family of the superfamily Nautilaceae and of its smaller but near equal suborder, Nautilina.
It comprises six living species in two genera, the type of which is the genus Nautilus. Though it more specifically refers to species Nautilus pompilius, the name chambered nautilus is also used for any of the Nautilidae. All are protected under CITES Appendix II.
Nautilus, Palau wikipedia
Nautilidae, both extant and extinct, are characterized by involute or more or less convolute shells that are generally smooth, with compressed or depressed whorl sections, straight to sinuous sutures, and a tubular, generally central siphuncle. Having survived relatively unchanged for hundreds of millions of years, nautiluses represent the only living members of the subclass nautiloidea, and are often considered "living fossils".
Diagram of the anatomical structure of a female N. pompilius including most of its internal organs. wikipedia
The first and oldest fossil of Chambered Nautilus displayed at Philippine National Museum.
The word nautilus is derived from the Greek ναυτίλος nautílos and originally referred to the paper nautiluses of the genus Argonauta, which are actually octopuses. The word nautílos literally means "sailor", as paper nautiluses were thought to use two of their arms as sails
The coelacanths (/ˈsiːləkænθ/ (About this soundlisten) SEE-lə-kanth) constitute a now-rare order of fish that includes two extant species in the genus Latimeria: the West Indian Ocean coelacanth (Latimeria chalumnae) primarily found near the Comoro Islands off the east coast of Africa and the Indonesian coelacanth (Latimeria menadoensis). They follow the oldest-known living lineage of Sarcopterygii (lobe-finned fish and tetrapods), which means they are more closely related to lungfish and tetrapods than to ray-finned fish. They are found along the coastlines of the Indian Ocean and Indonesia. The West Indian Ocean coelacanth is a critically endangered species.
Preserved Latimeria menadoensis, Tokyo Sea Life Park, Japan wikipedia
Coelacanths belong to the subclass Actinistia, a group of lobed-finned fish related to lungfish and certain extinct Devonian fish such as osteolepiforms, porolepiforms, rhizodonts, and Panderichthys. Coelacanths were thought to have become extinct in the Late Cretaceous, around 66 million years ago, but were rediscovered in 1938 off the coast of South Africa.
Pectoral fin of a West Indian Ocean coelacanth wikipedia
The coelacanth was long considered a "living fossil" because scientists thought it was the sole remaining member of a taxon otherwise known only from fossils, with no close relations alive,[5] and that it evolved into roughly its current form approximately 400 million years ago. However, several recent studies have shown that coelacanth body shapes are much more diverse than previously thought.
An asteroid with an estimated size of 2 kilometers will pass near Earth tomorow on April 29, at 9.56 GMT dont worry the risk of collision being excluded.
As a unique detail in the images captured by astronomers, the asteroid appears to be wearing a face mask.
Asteroid 52768 (1998 OR2), discovered by NASA in 1998 will travel at a distance of about 6.2 million kilometers from Earth, at a speed of about 31,300 kilometers per hour.If it collided with Earth, the asteroid would cause "global effects," NASA officials said after discovering the cosmic object.
Radar image of asteroid 1998 OR2 acquired April 18, 2020, by astronomers at Arecibo Observatory. The radar data confirm that 1998 OR2 is at least 2 km in diameter [a little over a mile wide]. These radar images suggest it is spherical. It rotates once every 4.1 hours. Image via Arecibo Observatory in Puerto Rico.
In a completely unique way, in the images captured by the specialists from the Arecibo Astronomical Observatory in Puerto Rico, the asteroid seems to be wearing a face protection mask, according to CNN. The asteroid was included by NASA in the "potentially dangerous" category, like any other spacecraft approaching Earth at less than 7,480,000 kilometers. descopera
The Arecibo Observatory wikipedia
According to information available to specialists to date, the largest asteroid that has passed Earth is 3122 Florence (1981 ET3). The object with a size of about 4-9 kilometers passed our planet on September 1, 2017 and is still expected to "visit" us on September 2, 2057.
3122 Florence is a stony trinary asteroid of the Amor group. It is classified as a near-Earth object and potentially hazardous asteroid. It measures approximately 5 kilometers in diameter. It orbits the Sun at a distance of 1.0–2.5 AU once every 2 years and 4 months (859 days); the orbit has an eccentricity of 0.42 and an inclination of 22° with respect to the ecliptic. Florence was discovered on 2 March 1981 by American astronomer Schelte J. "Bobby" Bus at Siding Spring Observatory.[3] Its provisional designation was 1981 ET3. It was named in honor of Florence Nightingale, the founder of modern nursing the naming citation was published on 6 April 1993 wiki
I started to write this article after reading a title worthy of apocalyptic movies from The New York Times posted 3 days ago sayin:
‘Instead of Coronavirus, the Hunger Will Kill Us.’ A Global Food Crisis Looms
I can only say that these continuous waves of fear about new world hunger crisis do only bad and damages the mental health and indirectly in to small, medium or severe depression and death. I m thinking on suffering obese people and fat ( sorry for my expression ) people who are greedy for food what damage do these thoughts cause that they might one day endure hunger?? Also everyone else who only enjoy food street or cuisine, we are all affected.
Even if you don't believe in this stories about new hunger crisis, your subconscious has already been affected believe me.
People above society will deliver a new hunger crisis "psychological for now" to keep the masses under control and increasing the feeding costs of each individ. This hunger has been going on worldwide for decades and despite all the efforts, a global balance could not be created, so we are still far away on the road to achieve it. Statistics shows that almost all the hungry people live in lower-middle-income countries. World Hunger and Poverty Facts and Statistics worldhunger.org Global Hunger Index
My solution could come with help from mother science with a new natural or synthetic fertilizer and a brand new 2020 seed of wheat, corn and potato to reset the world agriculture made by donations or paid by the government.
"Very Cheap or Free"
I know for many business man and to all stingy people, the word for free or helping others is it is something incomprehensible and denied. If the mentality will be changed we will start by understanding that billions are no longer useful if the bank is closed... so we need to focus on helping those in need.
Let's continue about my simple solution so production of wheat, corn and the precious potato doubled 200% in the underdeveloped countries like in Eastern Europe and rest of the world increased by 50% in the middle countries, this should be the first impulse offered by mother science.
Second impulse
Will come from the local government or future world mondial government we can only assume about this matter... we are still waiting for the answer regarding a new world government.
The Constructor Classification of Canals based on Different Factors
Increasing new agricultural territories and restoring those long-forgotten and unused lands which were previously worked and fed the population, now we just find them next to roads, abandoned with tall grass and covered with absolutely useless vegetation, this land was worked by my ancestors and all generations. The solution is not so simple but together we can succeed and avoid a so-called future global famine.
The answer? 2+3= 1 :))
Good fertile land from lower-middle-income countries
Fertilizer and new seeds of wheat, corn and potato
New agricultural territories and restoring them with new irrigation canals to those lands, people to work and be paid and treated properly not with shreds from large companies or barriers set up by corrupt people who stand in the way, give to people freedom, equipment, machinery and everything needed for agriculture, right payment to farmers and no starvation
Believe me my friends everything can be avoided and the starvation postponed our lifetime :))
2+3 = 1 where 3 is many 2 is less and 1 is the solution. :)) Thank u and think on my simple test
Different environmental conditions will cause the descendants of people who will colonize other worlds to differ from the people on Earth.
Colonization of space and new worlds seems to be the next step in the evolution of civilization and, possibly, of our species. Some researchers and enthusiasts are considering the possibility of leaving the planet for the sake of adventure or even driven by as many objective factors as possible: global warming, overpopulation or some pandemic virus like coronavirus ( COVID-19 ) . Currently, the technology we have does not allow us to turn such plans into reality, but that does not mean that we should not consider what the impact of a colonization of space might be on our species.
Medium Natasha Vita-More on Transhumanism & Space Colonization
The evolution of a species is closely linked to the environment and the challenges it brings to survival, given that conditions have remained relatively stable over the last thousand years, Homo sapiens, our species, has not needed major changes. However, such a radical change in the living environment: in environments with microgravity or with different amounts of radiation from those on Earth, it will certainly leave an impact on our species.
The bones
A number of SF authors, as well as researchers, have studied this issue and come to the conclusion that differences in gravity may change the density of our bones. Thus, some theorize that, for example, human settlers on a planet with a higher gravity than Earth will develop denser bones in order to support their weight.
Scott Solomon, an expert in evolutionary biology, argues in one of his books that leaving the planet will change us, here involving natural selection and genetic variations, to obtain those traits that help optimal adaptation to environmental conditions.
Space will change us
Whether we are talking about space travel to other planets or just limited missions in Earth orbit, microgravity affects us in a multitude of ways. A number of studies show that an environment with less severity than that on Earth will lead to a considerable decrease in bone density, anatomical transformations of the eye, changes in brain structure and even changes in the microbiome.
However, we must point out that, with the return to Earth conditions, human bodies seem to return to normal, even if at different rates depending on the period and characteristics specific to each individual who has spent a certain amount of time in space-bar.
Future generations
On earth, evolution plays an important role in determining how we look today, however, given the complexity of our social and cultural relationships, any analysis of the new generations must take both aspects into account. Thus, in addition to our genetic baggage, scientists also take into account the way we live. Thus, details like gravity or the amount of radiation our bodies absorb due to the ships or habitats we use are analyzed.
Scott Solomon argues in his book "Future Humans" that, under microgravity conditions, new generations of people with thicker bones may appear. Although it seems counterintuitive, he argues that an important part of the minerals we need to grow intrauterine come from our mothers' bones. Thus, for a woman to survive a pregnancy in space she should have, from the start, a higher bone density, over time, this will lead to the birth of people whose bone density could be higher than that of to the people of today, precisely to counteract the problems associated with microgravity.
The founder effect
When the colonization of other planets becomes a tangible reality, we must bear in mind that only certain people will be able to become the vanguard of human expansion. What this means? That communities that will form outside of Earth will have limited genetic diversity, which in genetics is called the founder effect. This means that the choice of the first settlers will have profound effects on the genes that will manifest in successive generations.
SlidePlayer Genetic Drift
"It always happens on Earth. Every time a new island rises from the sea, there will be some plants and some insects and other species that will eventually make their way there. And whatever characteristics and traits they have, they will be the characteristics that will be present in that population ", explains Dr. Solomon.
Under these conditions, explains Dr. Solomon, there is a possibility of a phenomenon that we could call "spatial eugenics", in which certain populations encounter problems related to obtaining a position on a colonist ship or space jobs in the cause of the genetic baggage that could make them more prone to certain problems caused by microgravity or radiation.
A study led by Matt Nicholl, a lecturer at the Faculty of Physics and Astronomy and the Institute of Astronomy of Gravitational Waves at Birmingham University, UK, has uncovered the brightest supernova discovered so far. This supernova, SN2016aps, is 3.6 billion light-years away, notes Space
"We can measure supernovae using two scales: the total energy of the explosion and the amount of energy that is emitted as observable light or radiation," explains the researcher. "In a typical supernova, radiation is less than 1% of total energy. But in SN2016aps, I discovered that the radiation was five times higher than the blast energy of a normal-sized supernova. This is the most light I've seen from a supernova, "he adds.
The researchers explain that SN2016aps is a "strange" object, theorizing that it could be a particular type of supernova: unstable pulsation pair; in which two big stars collide before they explode. The existence of such supernovae has been theorized, but they have not yet been identified in the data provided by astronomical observers.
"If the supernova is synchronized, it may end up releasing a huge amount of energy during the collision. We believe that this is one of the most convincing candidates for this process that has not yet been observed, ”explains the researcher.
"The gas we detected was mostly hydrogen, but such a massive star would usually have lost all its hydrogen through stellar winds long before it started pulsing. One explanation is that two slightly less massive stars around, say 60 solar masses, merged before the explosion. The lower-mass stars keep their hydrogen longer, while their combined mass is large enough to trigger pair instability, ”said Dr. Nicholl.
