Pak summons Indian High Commissioner over ceasefire violations

New Delhi, Apr 22: Prime Minister Narendra Modi on Wednesday said that The Epidemic Diseases (Amendment) Ordinance, 2020, manifests his government's commitment to protecting healthcare workers braving COVID-19 on the frontline.
"The Epidemic Diseases (Amendment) Ordinance, 2020, manifests our commitment to protect each and every healthcare worker, who is bravely battling COVID-19 on the frontline. It will ensure the safety of our professionals. There can be no compromise on their safety!," Prime Minister Modi tweeted.
The Central government on Wednesday brought an ordinance to end the violence against health workers, making it a cognizable, non-bailable offence with the imprisonment of up to seven years for those found guilty.

"We have brought an ordinance under which any attack on health workers will be a cognizable, non-bailable offence. In the case of grievous injuries, the accused can be sentenced from 6 months to 7 years. They can be penalised from Rs 1 lakh to Rs 5 lakh," Union Minister Prakash Javadekar briefed media after the meeting of the Cabinet.

"Such crime will now be cognisable and non-bailable. An investigation will be done within 30 days. Accused can be sentenced from three months to five years, and penalised from Rs 50,000 up to Rs 2 lakh," said Javadekar.

Moreover, if the damage is done to vehicles or clinics of healthcare workers, then a compensation amounting to twice the market value of the damaged property will be taken from the accused, said Javadekar.

New Delhi, May 12: Stranded for over 50 days due to the lockdown and suspension of passenger train services, many people in the national capital will finally be able to reach their destinations in different parts of the country after the railways resumed services on Tuesday.

Three special AC trains will leave the New Delhi railway station for Dibrugarh, Bengaluru and Bilaspur.

The train to Dibrugarh in Assam will leave at 4.45 p.m, while the one leaving for Bilaspur in Chhattisgarh and Bengaluru in Karnataka will leave the New Delhi station at 5.30 p.m and 9.15 p.m respectively.

Entry to the station has been facilitated from the Paharganj side for all confirmed ticket holders. No entry for passengers holding such tickets will be permitted from the Ajmeri Gate side, the railways said.

Railway authorities have put barricades outside the station premises and only those with confirmed tickets are being allowed to enter.

All passengers are undergoing thermal screening before entering the station premises. For this purpose, they have also been asked to reach the station 90 minutes prior to the departure of the train.

A senior Railway Police Force officer said every passenger is being subjected to thermal screening. Hand sanitiser machines have also been placed at the entrance and the passengers are being advised to sanitise their hands before entering the station premises.

Syed Yasir, a private retail sector executive, said due to the resumption of services he will now be able to go to Nagpur to be with his family on Eid. 

Surendra, an engineer with a PSU, was on an assignment in Agra when the lockdown was announced. After the Railways decided to resume passenger train services, he came to Delhi in a private vehicle to board the train to Bengaluru.

"I was on an assignment in Agra where I was stuck. I have come from Agra in a private vehicle and now going to board the train to Bengaluru," Surendra, who identified himself with his first name, said.

Five more trains bound for Delhi will leave from Patna, Bengaluru, Howrah, Mumbai and Ahmedabad, the railways said.

New Delhi, Jul 18: The Covid-19 lockdown-led reduction in air pollution levels across five Indian cities, including Delhi and Mumbai, may have prevented about 630 premature deaths, and saved USD 690 million in health costs in the country, according to a new study.

Scientists, including those from the University of Surrey in the UK, assessed the levels of harmful fine particulate matter (PM2.5) from vehicles and other sources in five Indian cities -- Delhi, Mumbai, Kolkata, Chennai and Hyderabad -- since the beginning of the lockdown period.

The study, published in the journal Sustainable Cities and Society, compared these lockdown PM2.5 figures from 25 March up until 11 May, with those from similar periods of the preceding five years, and found that the measure reduced pollution levels in all these places.

According to the scientists, during this period, the levels of these harmful air pollutants reduced by 10 per cent in Mumbai, and by up to 54 per cent in Delhi.

"The percentage reduction for the other cities ranged from 24 to 32 per cent, which was slightly smaller than the measured values for Delhi and Mumbai," the scientists noted in the study.

"While the reduction in PM2.5 pollution may not be surprising, the size of the reduction should make us all take notice of the impact we have been having on the planet," said Prashant Kumar, a co-author of the study from the University of Surrey.

The scientists said these reductions in PM2.5 were comparable to those reported in other cities across the world, such as in Austria's capital Vienna (60 per cent), and Shanghai (42 per cent) in China.

They also calculated the monetary value of the reduced mortality due to air pollution and found that the lowered levels of PM2.5 may have saved 630 people from premature death, and USD 690 million in health costs in India.

Coronavirus India update: State-wise total number of confirmed cases, deaths on July 17

According to the researchers, the present lockdown situation offers observational opportunities regarding potential control systems and regulations for improved urban air quality.

They said an integrated approach might help in understanding the overall impacts of Covid-19 lockdown-style interventions and support the implementation of relevant policy frameworks.

"This is an opportunity for us all to discuss and debate what the 'new normal' should look like - particularly when it comes to the quality of the air we breathe," Kumar said.