(Topic: Education)
The Government has introduced the Performance Grading Index with a set of 70 parameters to catalyse transformational change in the field of school education.
The PGI for States and Union Territories was first published in 2019 with reference year 2017-18. The PGI: States/UTs for 2019-20 is the third publication in this series.
The PGI exercise envisages that the index would propel States and UTs towards undertaking multi-pronged interventions that will that will bring about the much-desired optimal education outcomes. The PGI helps the States/UTs to pinpoint the gaps and accordingly prioritise areas for intervention to ensure that the school education system is robust at every level.
(Topic: Government schemes for vulnerable population)
Aim: To select, support and create a “one-stop access” of elderly care products and services by credible start-ups.
India’s elderly population is on the rise, and as per surveys, the share of elders, as a percentage of the total population in the country, is expected to increase from around 7.5% in 2001 to almost 12.5% by 2026, and surpass 19.5% by 2050. Accordingly, there is an urgent need to create a more robust elder care ecosystem in India, especially in the post-COVID phase.
NITI Aayog Releases SDG India Index and Dashboard 2020–21
Since its inaugural launch in 2018, the index has been comprehensively documenting and ranking the progress made by States and Union Territories towards achieving the Sustainable Development Goals. Now in its third year, the index has become the primary tool for monitoring progress on the SDGs in the country and has simultaneously fostered competition among the States and Union Territories.
NITI Aayog has the twin mandate to oversee the adoption and monitoring of the SDGs in the country, and also promote competitive and cooperative federalism among States and UTs. The index represents the articulation of the comprehensive nature of the Global Goals under the 2030 Agenda while being attuned to the national priorities. The modular nature of the index has become a policy tool and a ready reckoner for gauging progress of States and UTs on the expansive nature of the Goals, including health, education, gender, economic growth, institutions, climate change and environment.
The SDG India Index 2020–21, developed in collaboration with the United Nations in India, tracks progress of all States and UTs on 115 indicators that are aligned to MoSPI’s National Indicator Framework (NIF). The initiative to refine and improve this important tool with each edition has been steered by the need to continuously benchmark performance and measure progress, and to account for the availability of latest SDG-related data on States and UTs. The process of selecting these 115 indicators included multipleconsultations with Union Ministries. Feedback was sought from all States and UTs and as the essential stakeholder and audience of this localisation tool, they played a crucial role in shaping the index by enriching the feedback process with localised insights and experience from the ground.
States and Union Territories are classified as below based on their SDG India Index score:
Key Highlights:
(Topic: International relations)
India has made it clear that the world is presently combatting another serious emerging challenge of Fugitive Economic Offenders and Assets which flee across national jurisdictions. India’s Fugitive Economic Offenders Act 2018 law empowers authorities for non-conviction-based attachment and confiscation of proceeds of crime and properties and assets of a ‘fugitive economic offender’ –against whom a warrant for arrest in relation to a Scheduled Offence has been issued by any court in India and who has left the country to avoid criminal prosecution or judicial processes.
Addressing the United Nations General Assembly (UNGA) Special Session on Challenges and Measures to fight Corruption last night, Union Minister Dr Jitendra Singh called for a strong and aligned international cooperation on the return of persons and assets sought for such offences, consistent with international obligations and domestic legal systems. As the accused take shelter in foreign countries and conceal the proceeds of crime in complex legal structures spread over different countries and jurisdictions, the gaps and weaknesses of international cooperation in this area are fully exploited by such fugitives to their advantage.
India provides Mutual Legal Assistance to widest possible extent and it has strengthened its domestic law and widened the scope for International Co-operation with Contracting States and International organizations.
(Topic: India and International organisations)
The Asian Development Bank and the Government of India today signed a $2.5 million project readiness financing (PRF) loan to support project preparation and design activities to upgrade major district roads in Sikkim that will help improve connectivity to important towns, rural areas, and pilgrimage and tourist destinations in the northeastern state.
Cabinet approves
1. Memorandum of Understanding between India and Maldives on cooperation in the field of sustainable urban development: The MoU willOperational
Monetary
Dispute Redressal
Force Majeure
Expected impact of Model Tenancy Act: The government says the Act will
(Topic: Fisheries)
The sustainability and conservation of our aquatic ecosystem which constitutes of various freshwater habitats, with oceans and seas covering more than 70 percent of the Earth, has gained a lot of attention in recent times at national and international forums. It also underpins key economic sectors, such as fisheries and tourism. However, today these habitats are constantly facing huge threats from various actors.
As predicted by eminent scientists and practitioners across the world, millions of tonnes of our plastic waste released into these habitats by humans are harming creatures, including seabirds, turtles, crabs and other species. To curb the impact caused to these habitats, it is imperative that more awareness be created amongst nations to take responsible actions, work towards conservation of environment and leverage existing resources to reverse and restore the planet Earth. However, at the same time one must understand that protecting and restoring the entire ecosystem is a massive task and needs to be taken up collectively by nations across the globe on priority and at a faster pace.
“Blue Revolution”, the flagship scheme of the Department, launched in the year 2015, aimed to achieve economic prosperity of the country and the fishers and fish farmers as well as contribute towards food and nutritional security through full potential utilization of water resources for fisheries development in a sustainable manner, keeping in view the bio-security and environmental concerns.
To further build-on the achievements in the fisheries sector through implementation of the Blue Revolution Scheme and develop the sector in a sustainable and responsible manner, the Government of India launched a flagship scheme of “Pradhan Mantri Matsya Sampada Yojana (PMMSY)” in May 2020, with highest ever estimated investment of Rs. 20,050 crore under the Aatmanirbhar Bharat package.
PMMSY aims at sustainable and responsible development of fisheries sector with focus on infrastructure, species diversification, sustainable livelihoods, aquatic health management, robust database, innovations, collectivization, modernization of value chain, export promotion, establishing a robust fisheries management framework, with special focus on implementing technologies that ensure protection of habitats and fisheries wealth. In this context, the Department is taking up a range of activities including
Alongside, the Fishery Survey of India (FSI) is also developing new fishing practices and gears that will help in minimizing the physical and biological degradation of marine ecosystem. The diversified fishing methods like trap fishing, hook and line, bottom set vertical longtime, tuna longline, mid water travel, pot fishing etc. have been introduced and successfully experimented with zero damage to the marine ecosystem.
(Topic: Climate Change)
Researchers from corners of India are tracing the impact of climate change on the country, finding new ways to track the global problem, improving the projection of climate, its impact as well as vulnerability to prepare for the future.
Key findings:
Climate Centres of excellence strengthen models:
Centres of excellence in Climate Change in four Indian Institute of Technologies – Delhi, Bombay, Kharagpur and Madras, are working on improving climate projection models to make them more comprehensive and accurate.
IIT-Delhi: Contributed to significant improvements to the base model, moving towards development of the India Centric Climate Model (ICCM).
IIT Bombay: Underlined the need for representation of irrigation practices, farmer’s behavior, and vegetation- land and atmosphere interactions to improve model predictions and also develop agricultural vulnerability maps at the National level.
IIT Kharagpur: Historical climate data for the Indian Ocean region has been used to understand the temporal variability of wave height (SWH) over the Bay of Bengal (BoB) region for the period 1997-2015, which have been reputed international and national journals.
IIT Madras is developing suitable climate change adaptation measures for coastal infrastructure and utilization of water resources. A technique is known as “pseudo global warming method” has been adapted and successfully used for prognostic understanding of how cyclones originating in the Bay of Bengal would behave in the near future (2025) and in far future (2075) under different RCP scenarios (a greenhouse gas concentration trajectory adopted by the Intergovernmental Panel on Climate Change). It is predicted that cyclone damage potential will increase significantly in future. This strategic knowledge is essential for all the studies related to adaptation of coastal infrastructure, water resources management in coastal areas and preparedness of coastal communities to extreme events in the future.
DST-ICMR Centre of Excellence for Climate Change and Vector-borne Diseases, National Institute of Malaria Research: The temperature thresholds for survival of vectors of major Vector-borne diseases (VBDs) have been studied to set up a system for early warning of outbreaks for malaria and dengue. The impact of temperature on development and survival of vector of dengue (Aedesaegypti), Malaria (An. stephensi, An. culicifacies) on immature stages like eggs, larvae, pupae, and adults was studied. The most preferred breeding habitats of Japanese Encephalitis vectors were also identified in Gorakhpur.
High-risk areas have been identified by the DST-ICRISAT Center of Excellence on Climate Change Research for Plant Protection (CoE-CCRPP) for mapping the spatial and temporal distribution of diseases and insect-pests under changing climate scenarios and study host–insect-pest/pathogens interactions in relation to simulated climate variables. This will help develop adaptation strategies to minimize crop losses and weather-based plant protection advisory tools for the timely management of diseases and insect pests.
Building the next generation of climate experts
In order to build capacity in the area, over 1000 scientists, experts, and 200 institutions in the country trained research students to carry on the legacy of the work. International collaborations have helped enhance this capacity and helped in the exchange of expertise in the subject.
The Government of India and the Government of Switzerland established an Indo-Swiss Joint Committee for Scientific and Technological Cooperation. The Swiss Agency for Development and Cooperation (SDC), through its Indian Himalayan Climate Adaptation Programme (IHCAP) programme, has been working as a knowledge partner of DST in providing technical support for undertaking vulnerability and risk assessment, stakeholder training and public awareness programme to the 12 State CC Cells established under NMSHE. As part of this cooperation, a detailed district-wise vulnerability assessment has been carried out for all the 12 Himalayan States.
An Indo-US Fulbright- Kalam fellowship scheme was initiated during 2015-16. During 2016-17 to 2018-19, three batches of six fellows (3 each in Doctoral and postdoctoral students) were awarded the fellowships through Indo-US Fulbright-Kalam Fellowships in Climate Change for research in the subject in US universities.
(Topic: Science and Technology)
Cancer kills8.51 lakh people in India every year (International Agency for Research on Cancer, 2020,Globocan). As per World Health Organization (WHO), one in 10 Indians will develop cancer during their lifetime, and one in 15 will die of cancer. Therefore, it is all the more critical to make extraordinary breakthroughs and innovations for this deadly disease.
To successfully implement innovation newer modalities for cancer treatment, researchers at the New Delhi-based National Institute of Immunology (NII), an Autonomous Institute of Department of Biotechnology (DBT),and clinicians at Cancer Institute, Adyar, Chennai have been working together to translate new scientific discoveries into improved care for cancer patients. Over the past two decades, this team has been engaged in translating breakthrough that promises to add a highly potent weapon to the armoury against cancer especially employing targeted cancer Immunotherapy. India's first indigenous tumour antigen SPAG9 was discovered by Dr Anil Suri in 1998 who is heading the Cancer Research Program at NII. In a recent development, the SPAG9 antigen has received the trademark ASPAGNIITM. Currently, ASPAGNIITM is being used in dendritic cell (DC) based immunotherapy in cervical, ovarian cancer and will also be used in breast cancer.
Immunotherapy is a new approach that exploits the body’s inner capability to put up a fight against cancer. With this approach, either the immune system is given a boost, or the T cells are “trained’’ to identify recalcitrant cancer cells and kill them. In this personalised intervention,those patients expressing SPAG9 protein can be treated with DC-based vaccine approach. In DC-based vaccine, patient’s cells called monocytes from their blood are collected and modified into what are called dendritic cells. These dendritic cells are primed with ASPAGNIITM and are injected back to the patient to help the ‘fighter’ cells, or T-cells, in the body to kill the cancer cells. DC-based immunotherapy is safe, affordable and can promote antitumor immune responses and prolonged survival of cancer patients.
The ASPAGNIITM is a true example of translational cancer research and the Atmanirbhar Bharat spirit. It will eventually be helpful to patients in India and the world. This will be a real morale boost in affordable, personalised, and indigenous products for cancer treatment.
(Topic: Science and Technology)
The discrepancy between the abundance of lithium as inferred from observations of stars and the theoretically predicted amount has intrigued astronomers for a long time.
Scientists from the Indian Institute of astrophysics have pinned down the mechanism behind the Lithium production in low mass red clump stars. Having found lithium excess to be common among the low mass red clump giants, they have now traced Helium (He)-flashing phase of the star's evolution as the site for high lithium production. This transition phase lasts for about 2 million, during which RGB giants with inert He-core at the centre become red clump giants of He-core burning.
The researchers used asteroseismology (seismic study of stars using time-resolved photometry from Kepler space telescope) combined with spectroscopic abundances of elements to track the evolution of lithium in a sample of giant stars. In addition to the evidence for Li production site, a first-of-its-kind correlation between the two independent observed quantities Li abundance and stellar oscillations (gravity mode period spacing) will serve to track the He-flashing phase of converting RGB giant of an inert, electron-degenerate He-core into a fully convective He-burning core by a series of core He-flashes, a theory developed in the 1960s. This work is published in the 'Astrophysical Journal Letters'.
These results will be of great interest to a larger community of theoreticians and observers. This is because of lithium's broader implications to cosmological models, which predict Big Bang lithium abundance, which is a factor of four less than the presently observed values in the interstellar medium or very young stars, indicating lithium is increasing. Identification of production sites is important for accounting for Li enhancement in the Universe and provides excellent insights into the internal working of stars.
(Topic: Science and Technology)
Indian Scientists have developed a nanorods-based oxygen sensor which works at room temperature with assistance of UV irradiation and can detect oxygen gas concentrations in places such as underground mines, at higher altitudes, inside aeroplanes and research labs.
Monitoring O2 concentration in very low ppm-level is of paramount importance, and a fast and selective oxygen sensor working at room temperature can save lives in places like underground mines, higher altitudes and improve the accuracy of numerous experiments being conducted in research labs.
The team showed that the sensor gives the best sensitivity with low power consumption and works at room temperature. The fabricated sensors exhibited response and recovery times of around 3 sec and 10 sec, respectively, at 1000 ppm. The sensor works in oxygen concentrations ranging from 25 ppm to 10 lakh ppm (100%) with good stability. The superior sensing property is attributed to the enhanced electrical conductivity, excitons (combination of an electron and a positive hole) created, and desorption of water molecules (released through surface) from the sensor surface by UV irradiation, facilitating increased interaction of oxygen molecules with chromium incorporated in titanium dioxide slanted nanorods array present in the sensor.
The CeNS team is further working on miniaturising the sensor and its electronics interfacing with other gas sensors to fabricate a suitable electronic nose.
(Topic: Science and Technology)
Astronomers tracking star formation activity of the young Universe billions of years ago have long been intrigued by the fact that star formation in galaxies which was at its highest about 8-10 billion years ago, had declined steadily thereafter. Searching for the reason behind this, they have found that the likely cause for the decline is that galaxies were running out of fuel.
The fuel critical to hydrogen formation is atomic hydrogen gas content of galaxies. Two studies that measured the atomic hydrogen content 9 billion years ago and 8 billion years ago, respectively, have helped them come to this conclusion.
Galaxies 9 billion years ago were rich in an atomic gas, with nearly three times as much mass in atomic gas as in stars. This is very different from galaxies today like the Milky Way, where the gas mass is nearly ten times smaller than the mass in stars.
The star formation in these early galaxies was so intense that they would consume their atomic gas in just two billion years. And, if the galaxies could not acquire more gas, their star formation activity would decline and finally cease. It thus appears likely that the cause of the declining star- formation in the Universe is simply that galaxies were not able to replenish their gas reservoirs after some epoch, probably because there wasn’t enough gas available in their environments.
Prelims-oriented News
Padma Vibhushan Sir Anerood Jugnauth: The architect of modern Mauritius
Largest Green Railways in the world with Zero Carbon Emission: Indian Railways
World Environment Day: 5th June; established by the UN General Assembly in 1972, to mark the opening of the Stockholm Conference on Humans interfering with the Environment.
To commemorate World Environment Day, Government of India is
These efforts will facilitate setting up of additional ethanol distillation capacities and will provide timelines for making blended fuel available across the country. This will also help increase consumption of ethanol in the ethanol producing states and the adjoining regions, before the year 2025.
World Milk Day: 1st June
FIRST Institution to be declared SDO under one "One Nation One Standard" mission on BIS (Bureau of Indian Standards): RDSO (Research Design & Standards Organization) - R&D Wing of Indian Railways
India-Australia cooperation and collaboration in the field of Agriculture
SATAT scheme: Union Minister of Petroleum & Natural Gas launched a number of initiatives to provide major fillip to the SATAT initiative in a virtual ceremony.
Release of A Model Panchayat Citizens Charter: A Model Panchayat Citizens Charter/ framework for delivery of the services across the 29 sectors, aligning actions with localised Sustainable Development Goals (SDGs) as prepared by Ministry of Panchayati Raj (MoPR) in collaboration with National Institute of Rural Development & Panchayati Raj (NIRDPR) was released.
Panchayats constitute the third tier of government in the rural areas and represents the first level of Government interaction for over 60 per cent of the Indian populace. Panchayats are responsible for delivery of basic services as enshrined under article 243G of the Constitution of India, specifically in the areas of Health & Sanitation, Education, Nutrition, Drinking Water.