Odisha Current Affairs - 2019

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Twin trial of Prithvi-II missile successfully conducted

The twin trial of surface-to-surface nuclear capable Prithvi-II missile was successfully conducted by the India Army from a test range at Chandipur in Odisha

During the test, two Prithvi-II missiles in salvo mode were successfully test-fired in quick succession from mobile launcher from launch complex-3 of the Integrated Test Range (ITR).

Earlier, similar twin trial was conducted by Indian Army in October 2009 from the same base where both tests were successful.

About Prithvi-II missile

  • Prithvi-II is the first missile to be indigenously developed by the DRDO under the Integrated Guided Missile Development Programme.
  • Range: It is surface-to-surface medium range ballistic missile with strike range of 350 km.
  • Warheads: It is capable of carrying 500 kg to 1000 kg of conventional as well as nuclear warheads.
  • Fuel and stages: It is single-stage liquid-fuelled. It uses advanced inertial guidance system along with manoeuvring trajectory to hit its target precisely.
  • It already has been inducted into India’s armed forces in 2003.
  • Variants: Prithvi-I for the Indian Army, Prithvi-II for the Indian Air Force, and Dhanush Missile for Indian Navy.

Month: Categories: DefenceNational


Scientists found palaeo-channel of lost Chandrabhaga River in Odisha

Scientists from the Indian Institute of Technology (IIT) Kharagpur have claimed to discover evidence of lost river Chandrabhaga in Odisha.

Earlier, KS Valdiya led expert committee had found out that Saraswati River did exist and flowed through India and Pakistan before meeting Arabian Sea through Rann of Kutch.

Chandrabhaga River

It is an ancient mythical river believed to have existed at a distance of about two km from the 13th century Sun Temple at Konark (built by King Narasimhadeva I of Eastern Ganga Dynasty in 1255 CE.), a UNESCO World Heritage Site in Odisha. It has been mentioned prominently in ancient literature. Besides, almost all lore regarding Konark, including illustrations and photographs, indicate presence of the river in proximity of temple. However at present, no trace of any water body is at present visible in proximity of temple.

IIT study

  • The IIT study was conducted through an integrated geological and geophysical exploration in conjunction with historical evidence and analysis of satellite data.
  • Imagery from US’s Landsat and Terra satellites and those obtained by NASA Space Shuttle Endeavour’s Radar Topographic Mission in 2000 were also used.

What scientist found out?

  • The satellite imagery and Google Earth images showed a sinusoidal trace, characteristic of a typical palaeo-channel (remnants of an inactive river) passing north of the Sun Temple extending approximately parallel to the coast.
  • It was further corroborated through profiling the surface using ground penetrating radar that showed the existence of a V-shaped subsurface river valley.
  • Besides, field studies also revealed that palaeo-channel is characterised by swampy lands and geologically the area is covered with alluvium, a deposit characteristic of rivers.
  • Data also showed a low gravity anomaly zone along suspected palaeo-channel which is an indication of presence of low density sedimentary deposits along the depressed zone.

Significance of discovery

Identification of such a palaeo-channel of Chandrabhaga River may lead to the delineation of pockets of freshwater zones within a dominantly saline water environment in coastal Odisha. It may even partially help to alleviate the chronic drinking water problem along the Odisha coast.

Month: Categories: NationalScience & TechnologyStates