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FDNY firefighter and 1 other person in Canarsie, Brooklyn in New York City

CANARSIE, Brooklyn (WABC) — Flags in New York City will fly at half staff as funeral arrangements are made for an FDNY firefighter who was killed in the line of duty Sunday in Brooklyn.

A ceiling collapsed as firefighters battled a third alarm blaze in Canarsie, killing 31-year-old Firefighter Timothy Klein and sending other firefighters scrambling to safety.

The remains of another person were also found in the fire-ravaged structure.

Klein, a six-year veteran, was trapped in the collapse shortly after the home at 108-26 Avenue N went up in flames at around 1:40 p.m. Sunday.

Klein was on the second floor with three other firefighters when the floor was engulfed in flames, causing the collapse. The other firefighters jumped to safety out windows or down ladders, but Klein was trapped.

“The incident commander identified deteriorating conditions and ordered all members out of the building,” acting FDNY commissioner Laura Kavanagh said at Brookdale University Hospital, where Klein was pronounced dead. “As they were doing so, there was a partial collapse of the ceiling. Four members were caught in that collapse. Three made it out and are stable in local hospitals at this time.”

The fire also claimed another victim, whose remains were located Sunday night.

A police dog detected the human remains in the rubble, and although the building was unstable, firefighters were able to retrieve the body.

The body is believed to be a 21-year-old autistic male resident who was unaccounted for in the fire and reported missing by relatives. The Medical Examiner will make a positive identification.

WATCH: Mayor Adams, FDNY officials hold update at Brookdale Hospital

The structural remains of the gutted two-story home are expected to be demolished later Monday.

The cause of the fire is under investigation.

Mayor Adams said that the injuries of five other firefighters were not considered life-threatening.

Klein is the second FDNY firefighter to die in the line of duty this year.

33-year-old Jesse Gerhard died February 16 when he collapsed at his firehouse just one day after battling a house fire in Far Rockaway, Queens.

ALSO READ | 89-year-old critical after being hit by car in Queens

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Why Venus Rotates, Slowly, Despite Sun’s Powerful Gravitational Pull

A sequence of images from Solar Dynamic Observatory in 171 angstroms of the Venus transit, merged together to show the path of Venus across the sun. Credit: NASA/SDO

The planet’s atmosphere explains the gravity of the situation.

These arguments, as well as descriptions of Venus as a partially tidally locked planet, were published on April 22, 2022, in the journal Nature Astronomy.

Bright Venus is seen near the crescent moon. Credit: NASA/Bill Dunford

“We think of the atmosphere as a thin, almost separate layer on top of a planet that has minimal interaction with the solid planet,” said Stephen Kane, UCR astrophysicist and lead paper author. “Venus’ powerful atmosphere teaches us that it’s a much more integrated part of the planet that affects absolutely everything, even how fast the planet rotates.”

Venus takes 243 Earth days to rotate one time, but its atmosphere circulates the planet every four days. Extremely fast winds cause the atmosphere to drag along the surface of the planet as it circulates, slowing its rotation while also loosening the grip of the sun’s gravity.

Slow rotation in turn has dramatic consequences for the sweltering Venusian climate, with average temperatures of up to 900 degrees

Image of Venus acquired by the Akatsuki mission, the first Japanese probe to enter orbit around a planet other than the Earth. Credit: ISAS/JAXA

One reason for the heat is that nearly all of the sun’s energy absorbed by the planet is soaked up by Venus’ atmosphere, never reaching the surface. This means that a rover with solar panels like the one

Most of the planets likely to be observed with the recently launched

“Ultimately, my motivation in studying Venus is to better understand the Earth,” Kane said.

Reference: “Atmospheric dynamics of a near tidally locked Earth-sized planet” by Stephen R. Kane, 22 April 2022, Nature Astronomy.
DOI: 10.1038/s41550-022-01626-x



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