25 th January

Free Movement Regime
Why in News
 Home Minister Amit Shah said the 1,643 km India-Myanmar border would soon be fenced. 
 He also said the Free Movement Regime (FMR) agreement with Myanmar would be reconsidered 
to stop border residents from moving into each other’s country without any paperwork.
 What is the FMR?
 The Free Movement Regime (FMR) was established in 2018 as part of India’s Act East 
policy. It allows people living on either side of the India-Myanmar border to travel up to 16 
km inside each other’s country without a visa.
 Border residents can obtain a border pass valid for a year to stay in the other country for 
about two weeks per visit.
 The FMR also aims to promote local border trade through customs stations and designated 
markets, facilitating economic interactions between the border regions of India and Myanmar.
 The FMR seeks to improve access to better education and healthcare facilities on the 
Indian side of the border for the people of Myanmar, enhancing cross-border cooperation and 
regional development.
 Why is the FMR being Reconsidered?
 Except for a 10 km stretch in Manipur, the India-Myanmar border, particularly through hills 
and jungles, remains unfenced. This has posed security challenges for both countries.
 Extremist groups have been operating from clandestine bases in the Chin and Sagaing regions 
of Myanmar.
 The ease of cross-border movement was exploited for various illegal activities, including 
drug traffi cking into India and the traffi cking of wildlife body parts out of India.
 The confl ict between the Meitei and Kuki-Zo communities in Manipur in May 2023 
prompted a reconsideration of the FMR.
 Why are Mizoram and Nagaland opposed to ending the FMR?
 Mizoram Chief Minister Lalduhoma expressed his opposition to the fencing .
 He highlighted the ethnic ties shared by Mizos with the Chin people across the border 
and argued for the right to live together.
 The Nagaland government, in which the BJP (Bharatiya Janata Party) is a stakeholder, has 
not yet reacted to the developments. However, the infl uential Naga Students’ Federation 
condemned the Centre’s decision to fence the border and end the               FMSWEDEN 32nd Member of NATO Alliance
 Turkiye’s Parliament ratifi ed Sweden’s NATO membership after more than a year of delays. 
 This ratifi cation was seen as crucial to Western eff orts to demonstrate unity in response to Russia’s 
war on Ukraine.
 Lawmakers voted 287-55 in favor of Sweden’s membership, signaling strong support for the 
Nordic nation’s bid to become the 32nd member of the NATO alliance.
The pandemic treaty can help the world brace for Disease X: WHO Director-General
 ‘Disease X’ represents an unknown disease that could cause a potential epidemic or pandemic, 
with an unprecedented impact on health infrastructure and mortality.
 It is most likely to be a zoonotic disease with a ribonucleic acid (RNA) virus, having a far worse 
eff ect on mortality rates than the COVID-19 pandemic. 
 RNA viruses have a high mutation rate. They are therefore highly infectious.
 COVID-19 was the fi rst ‘Disease X’
 A key way to tackle this head-on is through the pandemic agreement. 
 This can bring all the experience, challenges faced by the world, and all the solutions onto one 
platform. 
 “The agreement can help prepare us for the future in a better way because this is about a 
common enemy and without a shared response, starting from preparedness, we will face the 
same problem as COVID,’.
 The deadline for the pandemic agreement is at the 77th World Health Assembly in May 
2024. 
LANGURS
 Langurs are monkeys that belong to the subfamily 
Colobinae.
 They are leaf-eating primates with a large belly and a multi-
chambered stomach that allows them to digest tough plant 
material. 
 Langurs are also known as leaf monkeys and are mainly 
herbivores. 
 Their diet includes leaves, shrubs, shoots, roots, fruit, seeds, 
spider webs, termite mounds, and insect larvae. 
 Invasive plant species are causing damage to forests in Uttarakhand, reducing the availability of food 
for wildlife. These invasive species are taking over natural habitats and aff ecting the ecosystem.
 The invasion of invasive plants has led to changes in the behavior and food habits of wildlife in the 
region. 
 Animals such as deer, sambar, langur, and elephants have started consuming these invasive 
plants as native species become less available.
Albatrosses are threatened with extinction — and climate change could put their nesting 
sites at risk
 The wandering albatross (Diomedea exulans) is the world’s largest fl ying bird, with a wingspan 
reaching an incredible 3.5 metres.These birds are oceanic nomads: they spend most of 
their 60 years of life at sea and only come to land to breed 
approximately every two years once they have reached 
sexual maturity.
 Their playground is the vast Southern Ocean — the region 
between the latitude of 60 degrees south and the continent 
of Antarctica — and the scattered islands within this ocean 
where they make their nests.
 Marion Island and Prince Edward Island, about 2,300km 
south of South Africa, are some of the only land masses for thousands of kilometres in the Southern 
Ocean.
 Together, these two islands support about half of the entire world’s wandering albatross breeding 
population, estimated at around 20,000 mature individuals.
 Every year scientists from South African universities survey Marion Island to locate and record 
each wandering albatross nest.
 The species, listed as vulnerable by the International Union for Conservation of Nature, faces 
huge risks while in the open ocean, in particular due to bycatch from longline fi shing trawlers. 
What is Graphene Technology?
 Graphene is one layer of carbon atoms organised in a honeycomb structure.
 Graphene is a revolutionary technology that has the potential to expand markets and possibly 
displace current methods of production.
 Because it is strong, adaptable, light, and has a high resistance, graphene stands out. 
 The production of rechargeable batteries using graphene could represent a signifi cant advance in 
energy effi ciency.
Advanced Chemistry Cells
 Advanced chemistry cells are the new generation technologies that can store electric energy 
either as electrochemical or as chemical energy and convert it back to electric energy as and when 
required. 
 They are used in lithium-ion batteries and are considered a key technology in the fi ght against 
global warming.

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