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New Delhi, Jun 13: About 56 per cent of children were found to have no access to smartphones which have emerged as essential tools for online learning during the coronavirus-induced lockdown, according to a new study that surveyed 42,831 students at various school levels.

The study ''Scenario amidst COVID 19 - Onground Situations and Possible Solutions'' was conducted by child rights NGO Smile Foundation with an aim of analysing the access to technology.

The findings of the study showed that 43.99 per cent of surveyed children have access to smartphones and another 43.99 per cent of students have access to basic phones while 12.02 per cent do not have access to either smartphones or basic phones.

A total of 56.01 per cent children were found to have no access to smartphones, the study said.

"Concerning television, it was noted that while 68.99 per cent have access to TV, a major chunk of 31.01 per cent does not. Hence suggesting that using smartphone interventions for enhancing learning outcomes is not the only solution," it said.

At the primary level of education (class 1 to 5) 19,576 children were surveyed while at upper primary level (class 6 to 8) 12,277 children were surveyed. At secondary level of education (class 9 to 10) 5,537 children were surveyed and at higher secondary level (class 11 to 12) 3,216 children were surveyed.

The survey based on which the study was conducted used two approaches - over the telephone wherein the NGO reached out to the children whose database it already had -- students enrolled in various education centres of the NGO -- and second was through community mobilization wherein community workers went door to door to get answers.

The survey was conducted in 23 states, including Delhi, Gujarat, Maharashtra, Karnataka, Tamil Nadu, West Bengal, Andhra Pradesh, Telangana, Uttar Pradesh, Haryana, over a period of 12 days from April 16 to April 28.

The lockdown induced by the COVID-19 pandemic in March prompted schools and colleges to move to the virtual world for teaching and learning activities. However, many experts say the digital divide in the country may turn online classes into an operational nightmare.

As per official statistics, there are over 35 crore students in the country. However, it is not clear as to how many of them have access to digital devices and Internet.

Santanu Mishra, co-founder and executive trustee, Smile Foundation, said the findings clearly show that the digital divide is a real challenge, and multiple approaches need to be implemented to cater to all across the nation.

"As an exercise before we start any programme, we do a baseline study to understand the on-ground challenges so that our programmes can bring in real work and real change. With the onset of the pandemic, following indefinite school closures, it is more important than ever to understand the situation and how can we ensure that children are given quality education. Through this, we understand that customized modules need to be built in accordance with the channel of communication," he said.  

New Delhi, Jun 17: With an increase of 10,974 new cases and 2,003 deaths in the last 24 hours, India's COVID-19 count reached 3,54,065 on Wednesday while the toll due to the virus stands at 11,903.

This includes 1,55,227 active cases and 1,86,935 cured, discharged and migrated patients, according to the Union Health Ministry.

While the spike in the number of cases has stayed below the 11-thousand mark, the death toll has increased manifold today as compared to the 380 death reported on Tuesday.

Maharashtra with 1,13,445 cases continues to be the worst-affected state in the country with 50,057 active cases while 57,851 patients have been cured and discharged in the state so far. The toll due to COVID-19 has crossed the five thousand mark and reached 5,537 in the state.

It is followed by Tamil Nadu with 48,019 and the national capital with 44,688 confirmed cases.

New Delhi, Fevb 10: Of the countries most at risk of importing coronavirus cases, India ranks 17th, researchers have found on the basis of a mathematical model for the expected global spread of the virus that originated in China's Wuhan area in December 2019.

So far, India has reported three coronavirus positive cases -- all from Kerala.

Among the airports in India, the Indira Gandhi International Airport in New Delhi is most at risk, followed by airports in Mumbai, Kolkata, Bengaluru, Chennai, Hyderabad and Kochi, according to the model.

The new model for predicting global novel coronavirus cases has been developed by researchers from Humboldt University and Robert Koch Institute in Germany.

"The spread of the virus on an international scale is dominated by air travel," said the study.

"Wuhan, the seventh largest city in China with 11 million residents, was the relevant major domestic air transportation hub with many connecting international flights before the city was effectively quarantined on January 23, 2020, and the Wuhan airport was closed. By then the virus had already spread to other Chinese provinces as well as other countries," it added.

The researchers said that it is possible to estimate how likely it is that the virus spreads to other areas by looking at air travel passenger numbers.

"The busier a flight route, the more probable it is that an infected passenger travels this route. Using these probabilistic concepts, we calculate the relative import risk to other airports. When calculating the import risk, we also take into account connecting flights and travel routes that involve multiple destinations," said the study.

The top 10 countries and regions at risk of importing coronavirus cases are: Thailand, Japan, South Korea, Hong Kong, Taiwan, USA, Vietnam, Malaysia, Singapore and Cambodia, according to the model.

While Thailand's national import risk is 2.1%, it is 0.2% for India, found the research.

The foundation of the model is the worldwide air transportation network (WAN) that connects approximately 4,000 airports with more than 25,000 direct connections.

The model accounts for both, the current distribution of confirmed cases in mainland China as well as airport closures that were implemented as a mitigation strategy.

This network theoretic model is based on the concept of effective distance and is an extension of a model introduced in the 2013 paper "The Hidden Geometry of Complex, Network-Driven Contagion Phenomena" published in the journal Science.

The current outbreak of the 2019-nCoV virus started in Wuhan city, Hubei province, China. While the first cases were reported as early as December 8, 2019, the outbreak gained global attention on December 31, 2019, when the World Health Organization was alerted to "several cases of pneumonia" by an unknown virus.

The new virus was soon identified as a novel coronavirus and named 2019-nCOV. It belongs to the family of viruses that include the common cold and viruses such as SARS and MERS. On January 20, 2020, it was confirmed that the coronavirus can be transmitted between humans, greatly increasing the risk of a global spread.

The death toll due to the novel coronavirus outbreak in China has increased to 811 on Sunday, surpassing that of the Severe Acute Respiratory Syndrome (SARS) epidemic in 2003.

Although about 20 countries have confirmed cases, China has accounted for about 99 per cent of those infected. The first foreign victims of the virus both died on Saturday in Wuhan.