Newspaper Terms
Simplified for IAS Prelims
Part 2
1. Cheetah Reintroduction Plan in India
Why in News?
Government
of India has reintroduced cheetahs, under the 'Action Plan for Introduction of
Cheetah in India’. Eight cheetahs —five females
and three males have been brought from Namibia to Kuno National Park in Madhya
Pradesh.
Recently Sasha,
one of the eight Nambian cheetahs translocated to Kuno National Park in Madhya
Pradesh in September last year, died on Monday due to kidney infection.
About Cheetah
·
The cheetah is the world's fastest land animal.
·
Cheetahs have a pale yellow coat with black
dots on the upper parts, and are white on the underbelly. Their faces are
distinguished by prominent, black lines that curve from the inner corner of
each eye to the outer corners of the mouth.
·
These fierce felines hunt during
the day to avoid competition from other powerful predators
such as lions, hyenas and leopards.
·
Social animals, cheetahs are usually found in
groups, consisting of either a mother and her young, siblings or a coalition of
males who live and hunt together.
Leopard
vs. Cheetah 1.
Cheetahs have spots on their fur while leopards have
rosettes 2.
Cheetahs also have a tear line on their face that makes
them easily distinguishable from leopards and other big cats. These tear marks act as reflection absorbers while they are
hunting during sunny days. 3.
Cheetah is the fastest mammal on the Earth and its body is
more streamlined. Small head, long legs, slender body, exposed shoulder
blades, pumped chest, and thin stomach. On the other side, leopards has
a more robust build, they are stronger than cheetahs. 4.
Leopards appear to have larger heads with longer
snouts and wider jaws, while cheetahs have flatter snouts and narrower jaws. 5.
Cheetahs are diurnal and tend to hunt either in the early
morning or evening. They hunt using vision, rather than scent, and tend to
stalk prey before chasing them in a quick burst. 6.
Leopards are solitary cats and are largely nocturnal.
They are very agile and are powerful swimmers.
|
Why Cheetah become extinct in India?
Cave paintings
dating back to the Neolithic age depict the cheetah in Gujarat and Madhya
Pradesh, suggesting that cheetahs were known to be in India from ancient times.
Except for the
Northeastern, coastal, and mountaineous areas, cheetahs were known to prowl
across the country, particularly in the Central India.
Cheetah was domesticated by kings and nobles and
were used for coursing and hunting. Unlike the leopard, cheetahs were never
known to attack humans and were therefore easy to tame and train.
Cheetahs were liked by the Mughals and the
nobles. As a result, a network to catch and supply cheetahs to the royals
developed.
It was the British rule that saw their hunting as
a sport which led to their eventual extinction, along with some other factors
such as loss of habitat because of growing human population and pressure of
forests with expanding human settlements.
The
cheetah is the only large carnivore to have gone extinct in India, primarily
due to hunting and habitat loss. Maharaja Ramanuj Pratap Singh Deo of Korea,
Madhya Pradesh, is widely believed to have killed the last three recorded
cheetahs in India in 1947. In 1952, the Indian government officially declared
the Cheetah extinct in the country.
Why shifted to Kuno National Park?
KNP is 748 sq.
km. in area, devoid of human settlements, forms part of Sheopur-Shivpuri
deciduous open forest landscape and is estimated to have a capacity to sustain
21 cheetahs.
Kuno is probably
the only wildlife site in the country where there has been a complete
relocation of villages from inside the park. Kuno also offers the prospect of
housing four big cats of India - tiger, lion, leopard and cheetah – and allowing
them to coexist as in the past.
Why Cheetah brought from Africa not Iran?
The locally
extinct cheetah-subspecies of India is found in Iran and is categorized as
critically endangered. An important consideration during such conservation
efforts is that the sourcing of animals should not be detrimental for the
survival of the source population. Since it is not possible to source the
critically endangered Asiatic cheetah from Iran without affecting this
sub-species, India will source cheetahs from Southern Africa, which can provide
India with substantial numbers of suitable cheetah for several years.
Cheetahs from
Southern Africa have the maximum observed genetic diversity among extant
cheetah lineages, an important attribute for a founding population stock.
Moreover, the Southern African cheetahs are found to be ancestral to all the
other cheetah lineages including those found in Iran. Hence, this should
therefore be ideal (for reasons stated above) for India’s reintroduction
programme.
Proposed benefits of Reintroduction
·
Cheetahs will help in the
restoration of open forest and grassland ecosystems in India.
·
This will help conserve
biodiversity and enhance the ecosystem services like water security, carbon
sequestration and soil moisture conservation, benefiting the society at large.
·
It will bring in resources to restore
neglected habitats that in turn will conserve their biodiversity, harness their
ecosystem services and their ability to sequester carbon to their maximum
potential
·
It will help boost livelihood of locals and
help improve living conditions through ecotourism.
Concerns
for the reintroduction of cheetahs
·
According to the Experts, cheetahs are likely to stray
outside of territory marked for them are likely to be killed by people, dogs,
or suffer starvation.
·
Experts have also higlighted
that cheetahs will be in a area which is between the areas populated by
leopards and tigers. If these bigger cats attack cheetah or compete with it for
food, cheetah would struggle for survival as it cannot survive against stronger
leopards or tigers.
· Further, a maximum of 21 cheetahs are expected in about 15 years, which is a very long time. The numbers are too few for them to have any significant impact.
2. International Year of Millets
The News:
·
United Nations General Assembly (UNGA) has
declared 2023 as International Year of Millets (IYM).
·
It was sponsored
by India and supported by more than 70 countries
Objectives of the declaration:
·
Awareness of the contribution of millet to
Food Security and nutrition
·
Inspire stakeholders to improve sustainable
production and quality of millets
·
Focus on enhanced investment in research and
development and extension services to achieve the other two aims
About Millets
·
Millet is a common term for
categorising small-seeded grasses that are often called Nutri-cereals. Some of
them are sorghum (jowar), pearl millet (bajra), finger millet (ragi), little
millet (kutki), foxtail millet (kakun), proso millet (cheena), barnyard millet
(sawa), and kodo millet (kodon).
·
Millets’ were among the first crops to be
domesticated in India with several evidence of its consumption during the Indus
valley civilization.
·
In India, millets are primarily a kharif crop,
requiring less water and agricultural inputs than other similar staples.
·
India is the largest producer and
fifth-largest exporter of millets in the world.
·
Rajasthan, Uttar Pradesh, Haryana, Gujarat,
Madhya Pradesh, Maharashtra, Karnataka, Tamil Nadu, Andhra Pradesh, and
Telangana are the major millets producing states.
·
Millets are grown in more than 130 countries
at present and are considered as traditional food for more than half a billion
people across Asia and Africa.
India’s
millet trade:
·
India exported millets products worth of USD
34.32 million during 2021-22. In 2020- 21, India exported millets worth USD
26.97 million against USD 28.5 million in 2019-20.
·
India’s major millet exporting countries are
UAE, Nepal, Saudi Arabia, Libya, Oman, Egypt, Tunisia, Yemen, the UK and the
US.
The major
millet-importing countries in the world are Indonesia, Belgium, Japan, Germany,
Mexico, Italy, the US, the UK, Brazil, and the Netherlands.
Production
of Millets in India
·
Before the
Green Revolution, millets made up around 40% of all cultivated grains,
decreased to 20%
·
Consumption of
millets declined.
·
Area under
production has been replaced with commercial crops, oilseeds, pulses and maize.
·
It changes
dietary pattern with preferential consumption towards fine-calorie-rich
cereals.
·
India produces
more than 170 lakh tonnes of millet, which is 80 per cent of Asia’s and 20 per
cent of global production.
Significance of Millets
·
Nutrition:
®
Millets are nutritionally
superior to wheat and rice owing to their higher protein levels and a more
balanced amino acid profile.
®
Millet are rich sources of
nutrients like carbohydrates, protein, dietary fibre, and good-quality fat;
minerals like calcium, potassium, magnesium, iron, manganese, zinc and B
complex vitamins.
·
Environmental friendly:
®
Millets require low
water & input requirement
®
They are resilient to pests
and diseases and more resilient to climate shocks as compared to other grains.
®
Millet production is not
dependent on the use of chemical fertilizers.
·
Livelihood development:
®
Millets increase farmers’ income
®
It can provide decent jobs
for women and youth.
®
The revenue created can boost
economic growth and ensure food & nutritional security all over the world.
®
Aligns with several UN Sustainable Development
Goals (SDGs) related to women, health, environment sustainability, etc.
Government Initiatives for the success of
International Year of Millets
·
The Government of India (GoI) has prioritized
Millets by rebranding them as “Nutri Cereals”
·
Year 2018 had been declared as the National
Year of Millets, aiming at larger promotion and demand generation.
·
“Sub Mission on Millets” launched under
National Food Security Mission since 2018.
·
Millets included under POSHAN MISSION Abhiyan
by Ministry of Women & Child Development.
·
The Department of Agriculture
& Farmers Welfare has taken a proactive multi-stakeholder engagement
approach (engaging all the central government ministries, states/UTs, farmers,
start-ups, exporters, retail businesses, hotels, Indian Embassies etc.) to
achieve the aim of IYM 2023 and taking Indian millets globally.
·
Ministries, states and Indian
embassies have been allocated focussed months in 2023 to carry out various
activities for promotion of IYM and increase awareness about benefits of
millets for the Consumer, Cultivator and Climate.
·
The states conducted millet
centric activities including mahotsavs/ melas and food festivals, training of
farmers, awareness campaigns, workshops/ seminars, placement of hoardings and
distribution of promotional material, etc.
·
Millets were also an integral
part of the G-20 meetings and delegates will be given a true millet experience
through tasting, meeting farmers and interactive sessions with start-ups and
FPOs.
Proposed benefits of the Initiative
·
It will provide an opportunity to increase
global production, efficient processing and better use of crop rotation and
promote millets as a major component of the food basket
3. Wildlife Protection Act, 1972
The
Wildlife (Protection) Act, 1972 is a comprehensive legislation in India that
aims to provide protection to wild animals and plants, and to prevent their
exploitation and trade. The following are some of the key provisions of the
Act:
·
Classification
of wildlife: The Act classifies wildlife into several categories, including
endangered species, threatened species, and schedules animals, and provides
different levels of protection for each category.
·
Prohibition
on hunting: The Act prohibits hunting of all wild animals, including birds and
reptiles, except under specific circumstances, such as when an animal is
declared a vermin by the state government.
·
Protection
of habitats: The Act recognizes the importance of habitats for wildlife and
provides for the declaration of protected areas, national parks, and
sanctuaries for their conservation.
·
Regulating
trade: The Act regulates the trade in wildlife and their products, and
prohibits the sale, purchase, and transportation of animals and their parts,
except under certain conditions, such as when the transaction is authorized by
the government.
·
Penalties: The Act
provides for penalties for violations, including imprisonment and fines, and
makes it an offense to damage, destroy or alter the habitat of wild animals.
·
Establishment
of Wildlife Advisory Board: The Act provides for the establishment of a
Wildlife Advisory Board, which advises the government on matters related to the
protection of wildlife and their habitats.
·
Powers to
government officials: The Act empowers government officials to
enter and search any premises, seize any wildlife or their products, and arrest
any person suspected of violating the Act.
Overall,
the Wildlife (Protection) Act, 1972 is a vital piece of legislation that plays
a crucial role in protecting India's rich biodiversity and natural heritage.
Latest amendment
The amendment
aims to increase protection for species that are protected by law. It plans to
do this by implementing the provisions of the Convention on International Trade
in Endangered Species of Wild Fauna and Flora (CITES) in the Act.
One of the most
important amendments has been made to Section 43 by permitting elephants,
Schedule I animals, to be used for ‘religious or any other purpose’. The People
for the Ethical Treatment of Animals India had pointed out that the ‘any other
purpose’ appears to have a limitless meaning, thereby potentially increasing
the demand for illegal capture of these animals in the wild.
In 2003,
Section 3 of the WLPA prohibited trade in all captive wildlife and any
(non-commercial) transfer across state boundaries without permission from the
concerned chief wildlife warden.
Schedules in the Act
The
Wildlife (Protection) Act, 1972 classifies wildlife into different schedules
based on their level of protection needed. Each schedule provides different
levels of protection for the animals listed in it.
The
following are the schedules and their provisions under the Act:
·
Schedule
I: This schedule provides the highest level of protection to the
animals listed in it. Offenses related to Schedule I animals are punishable by
the highest penalties under the Act, including imprisonment for a term up to 7
years and a fine up to INR 25,000. Some of the animals listed in Schedule I
include tigers, elephants, lions, and leopards.
·
Schedule
II: This schedule includes animals that are not necessarily
endangered but require protection from over-exploitation. Offenses related to
Schedule II animals are punishable by imprisonment for a term up to 3 years and
a fine up to INR 10,000. Some of the animals listed in Schedule II include
Indian rhinoceros, crocodiles, and various species of primates.
·
Schedule
III: This schedule includes animals that are not necessarily
endangered but require protection from over-hunting or exploitation. Offenses
related to Schedule III animals are punishable by imprisonment for a term up to
3 years and a fine up to INR 25,000. Some of the animals listed in Schedule III
include various species of deer, wild boar, and antelopes.
·
Schedule
IV: This schedule includes animals that are common and not under
threat of extinction, but their hunting and trade are regulated. Some of the
animals listed in Schedule IV include hedgehogs, mongoose, and various species
of bats.
·
Schedule
V: This schedule includes animals that are commonly found in India
and are not under any threat. The hunting or trade of these animals is
permitted under specific conditions. Some of the animals listed in Schedule V
include common crow, rats, and mice.
Overall,
the schedules under the Wildlife (Protection) Act, 1972 aim to provide adequate
protection to wildlife based on their level of conservation importance and
regulate hunting and trade in various species.
4. National Clean Air Programme
Why in News?
The Centre
has set a new target of a 40% reduction in particulate matter concentration in
cities covered under the National Clean Air Programme (NCAP) by 2026,
updating the earlier goal of 20 to 30% reduction by 2024.
Why the changes done?
According
to the Union Environment Ministry, 95 of the 131 non-attainment cities covered
under the NCAP have witnessed an “overall improvement” in PM10 levels in 2021
as compared to 2017 levels. Twenty cities, including Chennai,
Madurai and Nashik, have met the national standards for annual average PM10
concentration (60 microgram per cubic metre).
Cities
that showed overall improvement in PM 10 concentration since 2017 include
Delhi, Noida, Ghaziabad, Mumbai, Kolkata, Chennai, Bengaluru, Chandigarh, Dehradun,
Patna, Nagpur, Pune, Agra, Allahabad, Bareilly, Firozabad, Moradabad, Kanpur,
Varanasi, Jalandhar, Ludhiana, Jaipur, Jodhpur, Jamshedpur, Ranchi, Raipur
among others.
In Delhi,
the PM10 concentration has reduced from 241 micrograms per cubic metre in 2017
to 196 micrograms per cubic metre in 2021.
About National Clean Air
Programme
In recent years, medium and small towns and cities have also witnessed
spurt in pollution thus getting fast reflected in the non-attainment cities of
India. Air pollution has increasingly been becoming a serious concern,
predominantly for health of the people.
Thus government
has launched NCAP as national level strategies for
reduction in air pollution levels at both regional and urban scales.
Objectives
·
To augment and evolve effective and proficient
ambient air quality monitoring network across the country for ensuring
comprehensive and reliable database
·
To have efficient data dissemination and
public outreach mechanism for timely measures for prevention and mitigation of
air pollution and for inclusive public participation in both planning and
implementation of the programmes and policies of government on air pollution
·
To have feasible management plan for
prevention, control and abatement of air pollution.
The city specific action plans have been prepared which,
inter-alia, include measures for strengthening the monitoring network, reducing
vehicular/industrial emissions, increasing public awareness etc. Implementation
of the city specific action plans are regularly monitored by Committees at
Central and State level namely Steering Committee, Monitoring Committee and
Implementation Committee.
Air quality of cities is monitored by State Pollution Control
Boards which publishes their results from time to time. Some Smart Cities have
established Integrated Command and Control Centres (ICCCs) which are also
connected to Air Quality Monitors (AQMs) for effective monitoring.
About PM 2.5
The term fine particles, or particulate matter 2.5 (PM2.5), refers to tiny particles or droplets in the air that are two and one half microns or less in width.
Where does PM2.5 come from?
There are
outdoor and indoor sources of fine particles.
Outside, fine
particles primarily come from car, truck, bus and off-road vehicle (e.g.,
construction equipment, snowmobile, locomotive) exhausts, other operations that
involve the burning of fuels such as wood, heating oil or coal and natural
sources such as forest and grass fires.
Fine
particles also form from the reaction of gases or droplets in the atmosphere
from sources such as power plants.
PM2.5 is also produced by common indoor activities. Some indoor sources of fine particles are tobacco smoke, cooking (e.g., frying, sautéing, and broiling), burning candles or oil lamps, and operating fireplaces and fuel-burning space heaters (e.g., kerosene heaters).
5. High Seas Treaty
The high seas
comprise 64 per cent of the ocean surface, and about 43 per cent of the Earth.
These areas are home to about 2.2 million marine species and up to a trillion
different kinds of microorganisms.
Treaties associated with it
A number of
regional, multilateral and global legal frameworks exist to govern the
activities in the oceans, the most important of which is the United Nations
Convention on the Laws of the Sea (UNCLOS), a 1982 agreement that has
near-universal acceptance.
Among other
things, UNCLOS defined the rights and duties of countries in the oceans, the
extent of ocean areas over which countries could claim sovereignty, and the
legal status of marine resources. It also specified a set of general rules for
a range of activities in the oceans including navigation, scientific research,
and deep-sea mining
The treaty
established exclusive economic zones (EEZ), ocean areas up to 200 nautical
miles (370 km) from the coastline, where a country would have exclusive rights
over all economic resources such as fish, oil, minerals, and gas. The high seas
are the areas beyond the EEZ of any country.
The UNCLOS
came into being much before climate change and biodiversity became major global
concerns. Though it asks countries to protect the ocean ecology and conserve
its resources, it does not provide the specific mechanisms or processes to do
so. Climate change is already influencing, and is being influenced by, ocean
systems, and is exacerbating the pressures on marine biodiversity from
unregulated human activities. It is these specific challenges — a combination
of climate change, biodiversity, and pollution — that the High Seas Treaty
seeks to address.
The High Seas
Treaty will work as an implementation agreement under the UNCLOS, much like the
Paris Agreement works under the UN Framework Convention on Climate Change
(UNFCCC).
Key
provisions of Treaty
The
High Seas Treaty has four main objectives:
·
Demarcation of
marine protected areas (MPAs), rather like there are protected forests or
wildlife areas;
·
Sustainable use
of marine genetic resources and equitable sharing of benefits arising from
them;
·
Initiation of the
practice of environmental impact assessments for all major activities in the
oceans; and
·
Capacity building
and technology transfer.
MARINE-PROTECTED
AREAS: MPAs are
where ocean systems, including biodiversity, are under stress, either due to
human activities or climate change. These can be called the national parks or
wildlife reserves of the oceans. Activities in these areas will be highly
regulated, and conservation efforts similar to what happens in forest or
wildlife zones, will be undertaken. Only about 1.44 per cent of high seas are
currently protected, according to the International Union for Conservation of
Nature (IUCN).
MARINE
GENETIC RESOURCES: Oceans host
very diverse life forms, many of which can be useful for human beings in areas
like drug development. Genetic information from these organisms is already
being extracted, and their benefits are being investigated. The treaty seeks to
ensure that any benefits arising out of such efforts, including monetary gains,
are free from strong intellectual property rights controls, and are equitably
shared amongst all. The knowledge generated from such expeditions are also
supposed to remain openly accessible to all.
ENVIRONMENT
IMPACT ASSESSMENTS: The high
seas are international waters that are open for use by all countries. Under the
provisions of the new treaty, commercial or other activities that can have
significant impact on the marine ecosystem, or can cause large-scale pollution
in the oceans, would require an environmental impact assessment to be done, and
the results of this exercise have to be shared with the international
community.
CAPACITY
BUILDING AND TECHNOLOGY TRANSFER: The
treaty lays a lot of emphasis on this, mainly because a large number of
countries, especially small island states and landlocked nations, do not have the
resources or the expertise to meaningfully participate in the conservation
efforts, or to take benefits from the useful exploitation of marine resources.
At the same time, the obligations put on them by the Treaty, to carry out
environmental impact assessments for example, can be an additional burden.