China’s cabinet (State Council tariff commission) confirmed the suspension of retaliatory tariffs on some US imports, including certain farm goods especially soyabean. USA has been particularly promoting it’s soyabean exports recently across trade deals.
Traders note the remaining 13% in China tariff makes US soyabean shipments too expensive for commercial buyers compared to cheaperBrazilian alternatives.
Category
Details
Key Facts
A Kharif (monsoon) oilseed crop and a legume.
It is a “miracle crop” and is known for its high nutritional value: approx. 40% protein and 20% oil.
Like other legumes, it fixes atmospheric nitrogen into the soil through a symbiotic relationship with bacteria Bradyrhizobium japonicum.
Growing Conditions
Climate: Prefers warm temperate climates with hot summers. Optimum mean temperature is 20°C to 30°C.
Rainfall/Water: Requires adequate rainfall or irrigation. Sensitive to both drought stress and waterlogging (especially at the seedling stage).
Soil: Best suited to fertile, well-drained loam soils or Vertisols (black cotton soils) rich in organic content.
MSP Status in India
Soyabean is one of the crops covered under the Minimum Support Price (MSP) scheme in India.
Largest Producer (World)
Brazil (Has recently surpassed the US in production).Other Major Producers: United States, Argentina, China.
Largest Producer (India)
Madhya Pradesh (Often called the ‘Soy State’ of India, accounting for nearly 50% of the country’s total production).Other Major Producers: Maharashtra, Rajasthan.
Pradhan Mantri Kaushal Vikas Yojana
Category
Details
Launched
July 15, 2015 (on World Youth Skills Day).
Type
Centrally Sponsored Scheme
Ministry
Ministry of Skill Development & Entrepreneurship (MSDE).
Implementing Agency
National Skill Development Corporation (NSDC).
Objective
To mobilize youth to take up industry-relevant skill training for better livelihoods and to increase the productivity of the workforce.
Key Feature
Free skill training and monetary rewards/certification upon successful completion of the course.
Standardization
Training is aligned with the National Skills Qualification Framework (NSQF).
Components
Short Term Training (STT), Recognition of Prior Learning (RPL), and Special Projects.
Current Phase
PMKVY 4.0 (Focusing on New-Age Skills, Industry 4.0, and decentralized implementation).
Gravitational Waves and the GW250114 Discovery
Gravitational Waves (GWs): According to General Relativity, GWs are ripples of gravitational energy set off when any sufficiently massive object accelerates through spacetime.
Propagation: They travel uninterrupted across vast distances at the speed of light.
Source Events: The “loudest” waves are produced by fierce cosmic events like colliding neutron stars and black holes.
The Latest Groundbreaking Detection (GW250114) : Announced during the celebration of the 10th anniversary of the first GW detection.
Detection Event: Named GW250114, as it was detected on January 14, 2025.
Network: Detected by the global network of observatories: LIGO (US), Virgo (Italy), and KAGRA (Japan).
Significance: It was the clearest gravitational wave signal detected to date, from a pair of merging black holes located about 1.3 billion light-years away.
LIGO
Mechanism: LIGO detectors consist of two 4-km-long arms arranged in an L-shape with a vacuum inside.
Principle: A highly stable laser beam is split and sent down the perpendicular arms, bouncing between mirrors.
Detection: When a GW passes through, it distorts spacetime, slightly stretching one arm and compressing the other. This causes the laser beams to shift out of phase and produce a measurable flicker of light at a photodetector.
Operational Gravitational Wave Detectors
Observatory Name
Type
Location
Number of Detectors
LIGO
Laser Interferometer
1. LIGO Hanford, Washington, USA
2
2. LIGO Livingston, Louisiana, USA
Virgo
Laser Interferometer
Near Pisa, Italy
1
KAGRA
Cryogenic Underground Laser Interferometer
Gifu Prefecture, Japan
1
GEO600
Laser Interferometer ( smaller )
Near Hanover, Germany
1
LIGO-India (or IndIGO)
Feature
Details
Status
Approved for construction (Cabinet approval granted in April 2023). Expected to be operational by 2030
Location
Near Aundha Nagnath, Hingoli District, Maharashtra.
Significance
It will become the third Advanced LIGO detector and the fifth major node in the global network. Its unique geographical location will drastically improve the network’s ability to localize (pinpoint) the source of gravitational waves in the sky by a factor of 5-10 times.
Nauradehi Wildlife Sanctuary
Nauradehi Wildlife Sanctuary has been officially approved as the third site for cheetah reintroduction in Madhya Pradesh under Project Cheetah, following Kuno National Park and Gandhi Sagar Sanctuary.
Location: It is the largest wildlife sanctuary in Madhya Pradesh. It is located across the trijunction of Sagar, Damoh, and Narsinghpur districts (and partly Raisen) established in 1975.
The sanctuary is situated on a plateau that forms part of the Upper Vindhyan range.
River Basins: It is a unique protected area that encompasses the catchment areas of two major river basins in India: the Ganges (Yamuna tributary) and the Narmada.
The north flowing Kopra River, Bamner River, Bearma River, which are tributaries of the Ken River, are the major rivers of this protected area.
Ecosystem: The forest is primarily a Tropical Dry Deciduous type, with Teak being the predominant species in many patches. It is known for its open grassland and scrub forest patches.
Keystone Species: The Indian Wolf is considered the keystone species of the Nauradehi Wildlife Sanctuary.
Major Fauna: The sanctuary is home to a variety of animals, including the Tiger, Leopard, Wild Dog (Dhole), Sloth Bear, Striped Hyena, Nilgai (Blue Bull), Chital (Spotted Deer), Sambhar, Black Buck, and Chinkara.
