Help poor, needy by not cutting their salaries: Karnataka CM

Mangaluru, July 18: The Dakshina Kannada district administration is likely to earmark a common burial ground in the wake of growing resistance from residents of various localities in Mangaluru against burial of Covid-19 victims in their vicinity.

Recently, following protests by residents on Bolar, the body of a Covid-19 victim remained in the ambulance for hours together. The residents refused to allow the victim to be laid to rest at a burial ground attached to a mosque. The victim, who had been a resident of Idya in Surathkal, was subsequently laid to rest after DC’s intervention.

In a bid to avoid such instances in the future, the district administration has identified a burial ground on the outskirts of Mangaluru. 

Former minister and incumbent Mangaluru MLA UT Khader said that he had discussed the problem at length with the officials of the Dakshina Kannada district administration, and had suggested they look for a relatively isolated space on the outskirts of Mangaluru city in order to avoid confrontation with the public.

“A parcel of land at Badaga Yekkuru, some 20km from the city has been identified as being suitable for the burial ground, but the district administration is yet to take a final decision,” Khader said.

Bengaluru,  Jun 19: Following the coronavirus outbreak, Bengaluru's Kempegowda International Airport has introduced ultraviolet treatment while scanning outbound baggage apart from other measures to enhance passenger and staff safety.

"Two custom-designed UV tunnels have been created to disinfect trolleys after every use. Two custom-designed UV tunnels have been created to disinfect trolleys after every use. These Tunnels are located at a cordoned-off area of the Terminal," according to a statement by the Bangalore International Airport Limited (BIAL).

The airport plans to use an ultra-low volume (ULV) spray treatment for check-in bags: all outbound passenger baggage is sanitised before dispatch to the aircraft

Authorities also plan to minimise use of additional trays for footwear by introducing specially designed trays; the trays that are in use are UV treated and sanitised manually after every use.

Officials are currently in the process of implementing silver nano-coating for frequently used touchpoints for self disinfection like check-in counters, Immigration counters, ATRS trays, etc. Currently, sanitisation of high-traffic areas and frequently touched surfaces continues to be done every thirty minutes manually without disrupting the flow of passengers.

All high-traffic areas are sanitised once every three hours by using ULV machines - eight times in 24 hours.

Washrooms across the Airport premises are sanitised on a regular basis with dedicated manpower, irrespective of the frequency of use. 456 units of tabletop hand sanitiser and 107 units of sensor-based hand sanitisers have been placed across the Terminal.

120 biowaste bins located across the Airport campus enable passengers and staff to dispose of their masks, gloves and other PPE conveniently and safely. This bio-waste is managed by a dedicated team and handed over to a Pollution Control Board-approved vendor and taken away for incineration.

The Airport said that the passenger feedback for the contactless process has been positive. "The objective of the process is to minimise physical contact and enhance passenger throughput," it said.

These sanitisation measures come in light of the highly infectious COVID-19 pandemic which spreads through person-to-person contact. Small droplets from the nose or mouth can spread the virus when they land on objects and surfaces around the person.

Mangaluru, Jun 15: The case of two elderly Dubai returnees who are being treated for Covid-19 at the Wenlock Covid-19 Hospital has left doctors perplexed.

The two aged 76 and 81 men had arrived from Dubai on May 18 and 12 respectively and are at the hospital since one month. 

To everyone's surprise, six of their tests have come out positive though they have not shown any symptoms of SARS-CoV-2.