Atlantis : The lost City

Atlantis is a fictional island mentioned in an allegory on the hubris of nations in Plato’s works Timaeus and Critias, wherein it represents the antagonist naval power that besieges “Ancient Athens”, the pseudo-historic embodiment of Plato’s ideal state in The Republic.In the story, Athens repels the Atlantean attack unlike any other nation of the known world, supposedly bearing witness to the superiority of Plato’s concept of a state.The story concludes with Atlantis falling out of favor with the deities and submerging into the Atlantic Ocean. While present-day philologists and classicists agree on the story’s fictional character,there is still debate on what served as its inspiration. Plato is known to have freely borrowed some of his allegories and metaphors from older traditions, as he did, for instance, with the story of Gyges.This led a number of scholars to investigate possible inspiration of Atlantis from Egyptian records of the Thera eruption,the Sea Peoples invasion, or the Trojan War. Others have rejected this chain of tradition as implausible and insist that Plato created an entirely fictional account, drawing loose inspiration from contemporary events such as the failed Athenian invasion of Sicily in 415–413 BC or the destruction of Helike in 373 BC.

Is this really the map of Atlantis!!!

PLATO’S DIALOGUES

The only primary sources for Atlantis are Plato’s dialogues Timaeus and Critias; all other mentions of the island are based on them. The dialogues claim to quote Solon, who visited Egypt between 590 and 580 BC; they state that he translated Egyptian records of Atlantis.Written in 360 BC, Plato introduced Atlantis in Timaeus. The four people appearing in those two dialogues are the politicians Critias and Hermocrates as well as the philosophers Socrates and Timaeus of Locri, although only Critias speaks of Atlantis. In his works Plato makes extensive use of the Socratic method in order to discuss contrary positions within the context of a supposition.

The Timaeus begins with an introduction, followed by an account of the creations and structure of the universe and ancient civilizations. In the introduction, Socrates muses about the perfect society, described in Plato’s Republic (c. 380 BC), and wonders if he and his guests might recollect a story which exemplifies such a society. Critias mentions a tale he considered to be historical, that would make the perfect example, and he then follows by describing Atlantis as is recorded in the Critias. In his account, ancient Athens seems to represent the “perfect society” and Atlantis its opponent, representing the very antithesis of the “perfect” traits described in the Republic.

Location Hypothesis

In or near the Mediterranean Sea
Most of the historically proposed locations are in or near the Mediterranean Sea: islands such as Sardinia,Crete, Santorini (Thera), Sicily, Cyprus, and Malta; land-based cities or states such as Troy, Tartessos, and Tantalis (in the province of Manisa, Turkey); Israel-Sinai or Canaan;and northwestern Africa.

The Thera eruption, dated to the seventeenth or sixteenth century BC, caused a large tsunami that some experts hypothesize devastated the Minoan civilization on the nearby island of Crete, further leading some to believe that this may have been the catastrophe that inspired the story.In the area of the Black Sea the following locations have been proposed: Bosporus and Ancomah (a legendary place near Trabzon).

Others have noted that, before the sixth century BC, the mountains on either side of the Gulf of Laconia were called the “Pillars of Hercules”,and they could be the geographical location being described in ancient reports upon which Plato was basing his story. The mountains stood at either side of the southernmost gulf in Greece, the largest in the Peloponnese, and that gulf opens onto the Mediterranean Sea. If from the beginning of discussions, misinterpretation of Gibraltar as the location rather than being at the Gulf of Laconia, would lend itself to many erroneous concepts regarding the location of Atlantis. Plato may have not been aware of the difference. The Laconian pillars open to the south toward Crete and beyond which is Egypt. The Thera eruption and the Late Bronze Age collapse affected that area and might have been the devastation to which the sources used by Plato referred. Significant events such as these would have been likely material for tales passed from one generation to another for almost a thousand years.

In the Atlantic Ocean
The location of Atlantis in the Atlantic Ocean has a certain appeal given the closely related names. Popular culture often places Atlantis there, perpetuating the original Platonic setting as they understand it. The Canary Islands and Madeira Islands have been identified as a possible location, west of the Straits of Gibraltar, but in relative proximity to the Mediterranean Sea. Detailed studies of their geomorphology and geology have demonstrated, however, that they have been steadily uplifted, without any significant periods of subsidence, over the last four million years, by geologic processes such as erosional unloading, gravitational unloading, lithospheric flexure induced by adjacent islands, and volcanic underplating.

Various islands or island groups in the Atlantic were also identified as possible locations, notably the Azores.Similarly, cores of sediment covering the ocean bottom surrounding the Azores and other evidence demonstrate that it has been an undersea plateau for millions of years.The area is known for its volcanism however, which is associated with rifting along the Azores Triple Junction. The spread of the crust along the existing faults and fractures has produced many volcanic and seismic events. The area is supported by a buoyant upwelling in the deeper mantle, which some associate with an Azores hotspot. Most of the volcanic activity has occurred primarily along the Terceira Rift. From the beginning of the islands’ settlement, around the 15th century, there have been about 30 volcanic eruptions (terrestrial and submarine) as well as numerous, powerful earthquakes.The island of São Miguel in the Azores is the site of the Sete Cidades volcano and caldera, which are the byproducts of historical volcanic activity in the Azores.

The submerged island of Spartel near the Strait of Gibraltar has also been suggested.

Ireland
In 2004, Swedish physiographist Ulf Erlingssonproposed that the legend of Atlantis was based on Stone Age Ireland. He later stated that he does not believe that Atlantis ever existed but maintained that his hypothesis that its description matches Ireland’s geography has a 99.8% probability. The director of the National Museum of Ireland commented that there was no archaeology supporting this.

THE LAND OF LOST

The fact that Atlantis is a lost land has made of it a metaphor for something no longer attainable. For the American poet Edith Willis Linn Forbes (1865-1945), “The Lost Atlantis” stands for idealisation of the past; the present moment can only be treasured once that is realised.[132] Ella Wheeler Wilcox finds the location of “The Lost Land” (1910) in one’s carefree youthful past.[133] Similarly, for the Irish poet Eavan Boland in “Atlantis, a lost sonnet” (2007), the idea was defined when “the old fable-makers searched hard for a word/ to convey that what is gone is gone forever”.

For some male poets too, the idea of Atlantis is constructed from what cannot be obtained. Charles Bewley in his Newdigate Prize poem (1910) thinks it grows from dissatisfaction with one’s condition,

And, because life is partly sweet
And ever girt about with pain,
We take the sweetness, and are fain
To set it free from grief’s alloy
in a dream of Atlantis. Similarly for the Australian Gary Catalano in a 1982 prose poem, it is “a vision that sank under the weight of its own perfection”.W. H. Auden, however, suggests a way out of such frustration through the metaphor of journeying toward Atlantis in his poem of 1941.While travelling, he advises the one setting out, you will meet with many definitions of the goal in view, only realising at the end that the way has all the time led inward.

Epic narratives
A few late-19th century verse narratives complement the genre fiction that was beginning to be written at the same period. Two of them report the disaster that overtook the continent as related by long-lived survivors. In Frederick Tennyson’s Atlantis (1888), an ancient Greek mariner sails west and discovers an inhabited island which is all that remains of the former kingdom. He learns of its end and views the shattered remnant of its former glory, from which a few had escaped to set up the Mediterranean civilisations.In the second, Mona, Queen of Lost Atlantis: An Idyllic Re-embodiment of Long Forgotten History (Los Angeles CA 1925) by James Logue Dryden (1840–1925), the story is told in a series of visions. A Seer is taken to Mona’s burial chamber in the ruins of Atlantis, where she revives and describes the catastrophe. There follows a survey of the lost civilisations of Hyperborea and Lemuria as well as Atlantis, accompanied by much spiritualist lore.
William Walton Hoskins (1856–1919) admits to the readers of his Atlantis and other poems (Cleveland OH, 1881), that he is only 24. Its melodramatic plot concerns the poisoning of the descendant of god-born kings. The usurping poisoner is poisoned in his turn, following which the continent is swallowed in the waves. Asian gods people the landscape of The Lost Island (Ottawa 1889) by Edward Taylor Fletcher (1816–97). An angel foresees impending catastrophe and that the people will be allowed to escape if their semi-divine rulers will sacrifice themselves. A final example, Edward N. Beecher’s The Lost Atlantis or The Great Deluge of All (Cleveland OH, 1898) is just a doggerel vehicle for its author’s opinions: that the continent was the location of the Garden of Eden; that Darwin’s theory of evolution is correct, as are Donnelly’s views.

Atlantis was to become a theme in Russia following the 1890s, taken up in unfinished poems by Valery Bryusov and Konstantin Balmont, as well as in a drama by the schoolgirl Larisa Reisner.One other long narrative poem was published in New York by George V. Golokhvastoff. His 250-page The Fall of Atlantis (1938) records how a high priest, distressed by the prevailing degeneracy of the ruling classes, seeks to create an androgynous being from royal twins as a means to overcome this polarity. When he is unable to control the forces unleashed by his occult ceremony, the continent is destroyed

MISSION MARS BY INDIA

The Mars Orbiter Mission (MOM), also called Mangalyaan is a space probe orbiting Mars since 24 September 2014. It was launched on 5 November 2013 by the Indian Space Research Organisation (ISRO).It is India’s first interplanetary mission and it made it the fourth space agency to achieve Mars orbit, after Roscosmos, NASA, and the European Space Agency. It made India the first Asian nation to reach Martian orbit and the first nation in the world to do so on its maiden attempt.

Names
Mangalyaan
Mission type
Mars orbiter
Operator
ISRO
COSPAR ID
2013-060A
SATCAT no.
39370
Website
http://www.isro.gov.in/pslv-c25-mars-orbiter-mission
Mission duration
Planned: 6 months
Elapsed: 6 years, 9 months, 19 days

Start of mission

Start of mission
Launch date
5 November 2013, 09:08 UTC
Rocket
PSLV-XL C25
Launch site
Satish Dhawan FLP
Contractor
ISRO

Orbital Parameter

Apoareon altitude
76,993.6 km (47,841.6 mi)
Inclination
150.0°. pariareon altitude : 421.7km(262miles)

Timeline of Operations
Phase Date Event Detail Result References
Geocentric phase 5 November 2013 09:08 UTC Launch Burn time: 15:35 min in 5 stages Apogee: 23,550 km (14,630 mi)
6 November 2013 19:47 UTC Orbit raising manoeuvre Burn time: 416 sec Apogee: 28,825 km (17,911 mi)
7 November 2013 20:48 UTC Orbit raising manoeuvre Burn time: 570.6 sec Apogee: 40,186 km (24,970 mi)
8 November 2013 20:40 UTC Orbit raising manoeuvre Burn time: 707 sec Apogee: 71,636 km (44,513 mi)
10 November 2013 20:36 UTC Orbit raising manoeuvre Incomplete burn Apogee: 78,276 km (48,638 mi)
11 November 2013 23:33 UTC Orbit raising manoeuvre (supplementary) Burn time: 303.8 sec Apogee: 118,642 km (73,721 mi)
15 November 2013 19:57 UTC Orbit raising manoeuvre Burn time: 243.5 sec Apogee: 192,874 km (119,846 mi)
30 November 2013 19:19 UTC Trans-Mars injection Burn time: 1328.89 sec Heliocentric insertion
Heliocentric phase December 2013 – September 2014 En route to Mars – The probe travelled a distance of 780,000,000 kilometres (480,000,000 mi) in a Hohmann transfer orbit around the Sun to reach Mars. This phase plan included up to four trajectory corrections if needed.
11 December 2013 01:00 UTC 1st Trajectory correction Burn time: 40.5 sec Success
9 April 2014 2nd Trajectory correction (planned) Not required Rescheduled for 11 June 2014
11 June 2014 11:00 UTC 2nd Trajectory correction Burn time: 16 sec Success
August 2014 3rd Trajectory correction (planned) Not required
22 September 2014 3rd Trajectory correction Burn time: 4 sec Success
Areocentric phase 24 September 2014 Mars orbit insertion

Recognition

In 2014, China referred to India’s successful Mars Orbiter Mission as the “Pride of Asia”. The Mars Orbiter Mission team won US-based National Space Society’s 2015 Space Pioneer Award in the science and engineering category. NSS said the award was given as the Indian agency successfully executed a Mars mission in its first attempt; and the spacecraft is in an elliptical orbit with a high apoapsis where, with its high resolution camera, it is taking full-disk colour imagery of Mars. Very few full disk images have ever been taken in the past, mostly on approach to the planet, as most imaging is done looking straight down in mapping mode.

TIME TRAVEL: THE ART OF PLAYING WITH TIME

Time travel is the concept of movement between certain points in time, analogous to movement between different points in space by an object or a person, typically with the use of a hypothetical device known as a time machine. Time travel is a widely recognized concept in philosophy and fiction, particularly science fiction. According to scientists time travel can be possible in recent years due to certain theories based on famous scientists.

Time travel.

HISTORY OF TIME TRAVEL

Some ancient myths depict a character skipping forward in time. In Hindu Mythology a king named kakudmi traveled to Time to meet Brahma and he was surprised when he saw time has passed when he returned to earth. The concept of universal time sphere was shown in the stories ages ago. In Jewish tradition, the 1st-century BC scholar Honi ha-M’agel is said to have fallen asleep and slept for seventy years. When waking up he returned home but found none of the people he knew, and no one believed his claims of who he was.

Time travel used to be thought of as just science fiction, but Einstein's general theory of relativity allows for the possibility that we could warp space-time so much that you could go off in a rocket and return before you set out.
Stephen Hawking

SCIENCE FICTION IN TIME TRAVEL

Christmas Carol by Charles Dickens has early depictions of mystical time travel in both directions, as the protagonist, Ebenezer Scrooge, is transported to Christmases past and future. Other stories employ the same template, where a character naturally goes to sleep, and upon waking up finds themself in a different time. A clearer example of backward time travel is found in the popular 1861 book Paris avant les hommes (Paris before Men) by the French botanist and geologist Pierre Boitard, published posthumously.

TIME TRAVEL IN PHYSICS

Some theories, most notably special and general relativity, suggest that suitable geometries of spacetime or specific types of motion in space might allow time travel into the past and future if these geometries or motions were possible. Many in the scientific community believe that backward time travel is highly unlikely. Any theory that would allow time travel would introduce potential problems of causality. The classic example of a problem involving causality is the “grandfather paradox“: what if one were to go back in time and kill one’s own grandfather before one’s father was conceived? Some physicists, such as Novikov and Deutsch, suggested that these sorts of temporal paradoxes can be avoided through the Novikov self-consistency principle or a variation of the many-worlds interpretation with interacting worlds.

The art of time

GENERAL RELATIVITY

Time travel to the past is theoretically possible in certain general relativity spacetime geometries that permit traveling faster than the speed of light, such as cosmic strings, traversable wormholes, and Alcubierre drives.:33–130 The theory of general relativity does suggest a scientific basis for the possibility of backward time travel in certain unusual scenarios, although arguments from semiclassical gravity suggest that when quantum effects are incorporated into general relativity, these loopholes may be closed.These semiclassical arguments led Stephen Hawking to formulate the chronology protection conjecture, suggesting that the fundamental laws of nature prevent time travel,but physicists cannot come to a definite judgment on the issue without a theory of quantum gravity to join quantum mechanics and general relativity into a completely unified theory

QUANTUM PHYSICS

THEORIES OF QUANTAM PHYSICS IN TIME TRAVEL

Coming up with a quantum version of time travel requires physicists to figure out the time evolution equations for density states in the presence of closed timelike curves (CTC). Two main routes has been taken in the application of self consistency in Quantam Physics.

LLOYD’s PRESCRIPTION

Based on path Integral and post selection Seth Lloyds proposed a new Alternative. In particular, the path integral is over single-valued fields, leading to self-consistent histories. He assumed it is ill-defined to speak of the actual density state of the CTC itself, and we should only focus upon the density state outside the CTC. His proposal for the time evolution of the external density state

“People like us, who believe in physics, know that the distinction between past, present and future is only a stubbornly persistent illusion.” – Albert Einstein.

Comet NEOWISE : A new cosmic Discovery

One 27th MARCH 2020, a long periodic comet with near parabolic orbit was discovered by a group of astronomer during the NEOWISE Mission the Wide-field Infrared Survey Explorer (WISE) space telescope. At that time, it was an 18th-magnitude object, located 2 AU (300 million km; 190 million mi) away from the Sun and 1.7 AU (250 million km; 160 million mi) away from Earth.

Discovered by
NEOWISE
Discovery date
March 27, 2020
Orbital characteristics A
Epoch
2458953.5 (April 14, 2020)
Observation arc
113 days
Number of
observations
376
Orbit type
Long period comet
Aphelion
538 AU (inbound)
710 AU (outbound)
Perihelion
0.29478 AU
Semi-major axis
270 AU (inbound)
355 AU (outbound)
Eccentricity
0.99921
Orbital period
~4400 yrs (inbound)
~6700 yrs (outbound)
Inclination
128.93°
Node
61.01°
Argument of
periapsis
37.28°
TJupiter
−0.408
Earth MOID
0.36 AU (54 million km; 140 LD)
Jupiter MOID
0.81 AU (121 million km)
Dimensions
~5 km (3 mi)
Last perihelion
July 3, 2020
Next perihelion
unknown

HISTORY AND OBSERVATION

The object was discovered by a team using the WISE space telescope under the NEOWISE program on March 27, 2020.It was classified as a comet on March 31 and named after NEOWISE on April 1. It has the systematic designation C/2020 F3, indicating a non-periodic comet which was the third discovered in the second half of March 2020.

Comet NEOWISE made its closest approach to the Sun (perihelion) on July 3, 2020, at a distance of 0.29 AU (43 million km; 27 million mi). This passage through the planetary region increases the comet’s orbital period from about 4400 years to about 6700 years.Its closest approach to Earth occurred on July 23, 2020, 01:09 UT, at a distance of 0.69 AU (103 million km; 64 million mi) while located in the constellation of Ursa Major.

In early July, the comet could be seen in the morning sky just above the north-eastern horizon and below Capella. Seen from Earth, the comet was less than 20 degrees from the Sun between June 11 and July 9, 2020. By June 10, 2020, as the comet was being lost to the glare of the Sun, it was apparent magnitude 7,when it was 0.7 AU (100 million km; 65 million mi) away from Sun and 1.6 AU (240 million km; 150 million mi) away from Earth. When the comet entered the field of view of the SOHO spacecraft’s LASCO C3 instrument on June 22, 2020, the comet had brightened to about magnitude 3, when it was 0.4 AU (60 million km; 37 million mi) away from the Sun and 1.4 AU (210 million km; 130 million mi) away from Earth.

By early July, Comet NEOWISE had brightened to magnitude 1, far exceeding the brightness attained by previous comets, C/2020 F8 (SWAN), and C/2019 Y4 (ATLAS). By July, it also had developed a second tail. The first tail is blue and made of gas and ions stretching almost 70° from its nucleus. There is also a red separation in the tail caused by high amounts of sodium which is nearly stretched 1°. The second twin tail is a golden color and is made of dust stretched almost 50°, like the tail of Comet Hale–Bopp. This combination resembles comet C/2011 L4 (PANSTARRS). The comet is brighter than C/2011 L4 (PANSTARRS), but not as bright as Hale–Bopp was in 1997. According to the British Astronomical Association, the comet brightened from a magnitude of about 8 at the beginning of June to −2 in early July.This would make it brighter than Hale–Bopp. However, as it was very near to the Sun, it was reported as 0 or +1 magnitude and remained that bright for only a few days. After perihelion, the comet began to fade, dropping to magnitude 2. Its nucleus activity subdued after mid-July, and its green coma was clearly visible after that.

On July 13, 2020, a sodium tail was confirmed by the Planetary Science Institute’s Input/Output facility. Sodium tails have only been observed in very bright comets such as Hale–Bopp and C/2012 S1 (ISON).

From the infrared signature, the diameter of the comet nucleus is estimated to be approximately 5 km (3 mi). The nucleus is similar in size to Comet Hyakutake and many short-period comets such as 2P/Encke, 7P/Pons-Winnecke, 8P/Tuttle, 14P/Wolf, and 19P/Borrelly. NASA’s Parker Solar Probe had captured an image of the comet, from which astronomers also estimated the diameter of the comet nucleus at approximately 5 km (3 mi). Later in July 2020, other observations were also reported, including those related to coma morphology and spectrographic emissions. On 31 July 2020, strong detection of OH 18-cm emission was observed in radio spectroscopic studies at the Arecibo Observatory. On August 14, 2020, the rotation period of the comet was reported to be “7.58 +/- 0.03 hr”.

TRAJECTORY

Comet NEOWISE retrograde orbit crossed to the north of the plane of the ecliptic, to which it is inclined at approximately 129 degrees, on June 29, 2020, 01:47 UT. It made its closest approach to the Sun (perihelion) on July 3, 2020, at a distance of 0.29 AU (43 million km; 27 million mi). This passage increases the comet’s orbital period from about 4400 years to about 6700 years.On July 18 the comet peaked at a northern declination of +48 and was circumpolar down to latitude 42N. Its closest approach to Earth occurred on July 23, 2020, 01:09 UT, at a distance of 0.69 AU (103 million km; 64 million mi) while located in the constellation of Ursa Major.

After 140 Years, Biologists Have ‘Resurrected’ The Genus of These Weird Yellow Cells

Deep in the tissues of sea anemones, corals, and jellyfish are strange yellow cells which are genetically distinct from the marine animals.

More than a century after these cells were first assigned a now forgotten genus, a new paper has resurrected the name and described six new species from around the world.https://7ebdf40ca650dbb49550c30c7626f99f.safeframe.googlesyndication.com/safeframe/1-0-38/html/container.html

“Because our team comprises scientists from seven countries, we were able to collect all of these samples, and some during the global pandemic,” said lead author of the study, biologist Todd LaJeunesse from Penn State University.

“This study highlights how the spirit of scientific discovery brings people together, even in times of hardship.”

First described in 1881, the yellow things were originally classified under the genus Zooxanthella by scientist Karl Brandt. Brandt also coined the term zooxanthellae, which is used colloquially to this day.

However, another scientist – a Scotsman called Patrick Geddes – was investigating these yellow cells at the same time. In 1882, without having seen Brandt’s work, Geddes discovered that not only were the cells separate from the animals they were within (something Brandt had also established), but that they were beneficial, acting as mutualistic symbiotes.

The genus Geddes established to categorize these cells was Philozoon, from the Greek words for ‘to love as a friend’ and ‘animal’. Unfortunately, Brandt came first, so the Philozoon genus was never used; Geddes switched to work in urban planning, and the newly named genus was largely forgotten.null

We are now well aware that these odd microorganisms Geddes and Brandt worked on back in the day are photosynthetic dinoflagellates – single-celled algae found in symbiosis with other marine life, such as corals – under the family Symbiodiniaceae.

In the new study, researchers took a closer look at these yellow cells, using genetic data, geographical data and morphology to analyze where exactly they should sit in the genetic tree.

And after determining that these creatures need to be put into a new genus, the team pulled the genus Philozoon out of retirement for two old species and six new ones.

“We emend the genus Philozoon Geddes and two of its species, P. medusarum and P. actiniarum, and describe six new species,” the team wrote in their paper.

“Each symbiont species exhibits high host fidelity for particular species of sea anemone, soft coral, stony coral and a rhizostome jellyfish.” 

The team wrote that Philozoon are found in shallow, temperate marine habitats around the world, including the Mediterranean Sea, eastern Australia, New Zealand, and Chile.

“Since most of the algae in the family Symbiodiniaceae have been thought to be mostly tropical where they are critical to the formation of coral reefs, finding and describing these new species in cold waters highlights the capacity of these symbioses to evolve and live under a broad range of environmental conditions,” explains LaJeunesse.

“Life finds a way to persist and proliferate.”

The research has been published in the European Journal of Phycology.

Agriculture

When tillage begins, other arts follow. The farmers, therefore, are the founders of human civilization.”

— Daniel Webster

Introduction

It all started thousand of years ago , when the human civilization came into existence . Agriculture was a key to survival . People were farming for there domestic purpose , not for the others .

As the civilization started to grow accustomed of agriculture , they grew food in surplus that enabled people to live in cities. Plants were independently cultivated in at least 11 regions of the world.

The development of agriculture enabled the human population to grow many times larger than could be sustained by hunting and gathering.

It was the beginning of different civilization in different parts of the World. From those civilizations , one of them was our’s The Indus Valley Civilization . Vedic literature provides some of the earliest written record of agriculture in India. Rigveda hymns , describes plowing, fallowing, irrigation, fruit and vegetable cultivation.

Some of the ancient and historical evidence suggests rice and cotton were cultivated in the Indus Valley.

Agriculture : In India and World today .

India ranks second worldwide in farm outputs. As per 2018, agriculture employed Indian work force and contributed 17–18% to country’s GDP.

In 2016, agriculture and allied sectors like animal husbandry, forestry and fisheries accounted for 15.4% of the GDP (gross domestic product) with about 41.49% of the workforce in 2020.India ranks first in the world with highest net cropped area followed by US and China.The total agriculture commodities export was US $ 3.50 billion in March – June 2020.

Agriculture is the primary source of livelihood for about 58% of India’s population. Share of agriculture and allied sectors in gross value added (GVA) of India at current prices stood at 17.8 % in FY20.

During 2019-20 crop year, food grain production reached a record of 296.65 million tonnes. In 2020-21, Government of India is targeting food grain production of 298 million tonnes.

India is among the 15 leading exporters of agricultural products in the world. Agricultural export from India reached US$ 38.54 billion in FY19 and US$ 35.09 billion in FY20.

Agriculture is an important industry in the United States. The agriculture industry, which includes both crops and livestock, is responsible for producing most of the world’s foods and fabrics. Agriculture impacts so many things that it’s hard to imagine a world without this important industry.

Schemes and Initiatives

Due to the high requirement of agriculture . It is important for the government to take initiatives and provide better infrastructure to the farmers. However , the required level of investment for the development of marketing, storage and cold storage infrastructure is estimated to be huge.

The Indian Council of Agricultural Research (ICAR), established in 1905, was responsible for the search leading to the “Indian Green Revolution” of the 1970s. The Union Minister of Agriculture is the president of the ICAR. The Indian Agricultural Statistics Research Institute develops new techniques for the design of agricultural experiments, analyses data in agriculture, and specialises in statistical techniques for animal and plant breeding.

Schemes by government for Indian agriculture :

  • Dairy Entrepreneurship Development Scheme.
  • Rainfed Area Development Programme (RADP)
  • Paramparagat Krishi Vikas Yojana (PKVY)
  • Pradhan Mantri Krishi Sinchai Yojana (PMKSY)
  • National Agriculture Market (e-NAM)
  • Pradhan Mantri Kisan Maandhan yojana.
  • Pradhan Mantri Fasal Bima Yojana (PMFBY)
  • Kisan Credit Card (KCC) scheme.
  • Pashu Kisan Credit Card Scheme.
  • PM-Kisan Scheme.

Conclusion

Agriculture sector is one of the prominent sector in India as well as all over the world . India is becoming self – sufficient in pulses and other crops .

Gone are the days , when India was unable to provide sufficient amount of food to the citizens . Gone are the days , when people used to think agriculture was not as important as other sectors . Gone are the days , when people used to think less of farmers . And gone are the days , when people were less educated about agriculture.

Farming is a profession of hope.

— Brett Brian

Link

Innovation and its types

Innovation is the discovery of new knowledge. It is neither automatic nor accidental rather it is a product of deep thinking, careful observation, and systematic activity. Scientific inquiry is an unending process and the object of this inquiry is innovation.

Types of innovation:

Product- Innovation in this category refers to the innovation in the quality of the product and both improvements to existing product lines or completely new offerings. The key is to add significant value.

Service- It involves the improvement of the consumer’s experience. It includes innovation in the offerings of the product, making it easier to use, fixing common problems. Here the objective is to make the product stand out.

Process- It is an inward-looking innovation, improving core competencies. It includes significant changes in technology, equipment, or software. For example, Henry Ford’s invention of the assembly line shortened the time necessary to produce a single-vehicle.

Management- It is the process of managing innovative ideas. The planning and process behind coming up with ideas, turning them into action plans, and developing them for the business until they become a reality. Implementation of new management practices, processes, etc that shows a departure from older norms.

Open- It refers to the innovation process to collaborate globally, bring out newer ideas, working beyond boundaries and expand the markets for external use of innovation.

Value-creation- It means to give something valuable for receiving something valuable in return. Value creation involves a process to make the product stand out,to deal with competitions, create demand in the market.

Radical innovation- It involves the birth of new industries and the application of revolutionary technologies. They allow society to take a leap forward. It brings about revolutionary changes in society like the industrial revolution.

Incremental innovation- Majority of innovation are of this type. It includes making improvements in existing products. the aim is to make the product stand out in the market and reduce competition around it. For example, the newer updates in smartphones and various apps add new features and improve their efficiency.

Disrupting Innovation- It involves the creation of newer markets and value networks which eventually disrupts the existing market and value network. It describes a process that initially a product is at the bottom of the market, it is less expensive and more accessible and gradually comes to rule the market. For example, Netflix disrupted the video rental business.

Architectural Innovation- It refers to innovation in the architecture of any product that changes or modifies the way various components of the system relate to each other.