2013 - Calving glaciers in Greenland (matching photos also available) 00:00:00 - Arrival at EQI Glacier - views from boat travelling through the icy water. Close shots of the calving glacier. Eqi Glacier located in West Greenland, near the Arctic circle, going north. EQI Glacier is the fastest calving glacier in the world.Tons of ice are poured into the Arctic ocean everyday. EQI Glacier's location is remote; located on the western flank of the Island, by the Arctic Circle, about 5 hours north of Ilullissat by boat. It is located at the end of a long fjord, only accessible in the summer. The glacier offers rare views of the immensity of the Arctic landscape. Ice, flora, rocks, and glaciers sculpt and model the harsh terrain of moraines (masses of rocks and sediment carried down and deposited by a glacier) and volcanic ash. The area has desert like landscapes which are extremely cold in the winter and make inhabitable conditions - one of the worst on the planet. The images of the calving of the glacier were captured from a boat in the summer of 2013 that travelled about 500 feet away from the ice wall. The glaciers are bathed in morning light. Calving glaciers create mini Tsunamis and can be dangerous for boating, kayaking or living next to its shore; To capture the footage they had to access the site before the high waves come crashing on the rocky shores, making any navigation impossible. Eqi glacer is magnificent in its shapes and colors But it takes close to two days to access from the nearest camp. Another 4 to 6 hours trek with camera and sound, allows one to get close enough to capture the high cliffs and crevasses of a glacier. 3:45 - Views of Jakoshavn Glacier - The sounds are extraordinary sounding like thunder in a clearest day of blue ice and sun. Incredible close ups and wide shots of calving glacier. 6:00 - The aerial images are above the Jakoshawn Glacier which is located south of EQI and close to Ilullissat. Jakoschavn is the fastest shrinking glacier in the world. Masses of ice and Icebergs slowly drifting are seen. Large turquoise pools like big swimming pools sit on top of massive chunks of ice looking like flat skyscrapers, pass by in the always changing landscape. Panoramic views of icebergs drifting south in a dark sea. The beauty is imponderable. These floating icebergs are the consequence of higher temperatures in the Arctic and all over the world which have broken away from the glacier.

Take My Temperature

VS Yan'an, China with doctors and nurses working at Bethune International Peace Hospital; children washing; outdoor class

NURSE TRAINING FILM TAKING PULSE AND BLOOD PRESSURE OF BABY IN HOSPITAL BED. LOOKS AT WRIST WATCH. TAKING TEMPERATURE. ANIMATED REPRESENTATION OF HEART AND BLOOD PRESSURE READING. PUTTING UP CURTAIN FOR PRIVACY. TAKING RECTAL TEMPERATURE OF PATIENT. READS THERMOMETER. DAY CHART GRAPH OF PATIENT. SICK WOMAN CRANKS BED UP AND DOWN. NURSES USE DUAL STETHOSCOPES. STUDENT NURSES. PULSE GRAPHS. CU WRISTWATCH 7:45. MERCURY RISES IN BLOOD PRESSURE MEASURING INSTRUMENT. LUBRICATING THERMOMETER.

In a mens hospital ward a doctor and nurses make their rounds taking a mans temperature, a blood pressure reading and a nurse offers a patient beverages on a tray.

MS in patient's room as doctor and nurse (man and woman) take patient's temperature and blood pressure.

1950s: Bedroom. Doctor examines patient. Man takes boy's temperature. Man listens to boy's heart. Woman touches boy's head.

NATIONAL GUARD TAKES PASSENGER TEMPERATURES AT MONTANA BOZEMAN AIRPORT. COVID 19 FEVER SCANS.

00:00:00:00 this cold temperature is going to take it out of alot of people this is very difficult when u have temperatures down in the low 30's it's freezing out here literally and they are ...

Unissued / Unused material. <br/> <br/>Title - 'Spaceman faces heat at 500 degrees'. <br/> <br/>Wright Air Development Centre, Ohio, United States of America (USA). <br/> <br/>CU man dressed in spacesuit taking his place in small chamber. MS door of chamber being closed. Various shots of man at controls. CU man in chamber. MS man at control panel, pan to machine showing temperatures. <br/> <br/>CU spaceman as he lifts glass of boiling water. MS man looking at temperature. CU machine showing temperature to be 500 degrees. CU spaceman's face. LS as he is helped out of chamber. <br/> <br/>Cataloguer's note: American commentary.

Allied internees are interviewed after their liberation in the Philippines during World War II. Wounded soldiers and civilians on hospital beds in tents. A nurse takes temperature of a patient. A man interviews a patient lying on a bed. The patient talks about his experiences in the prison camp. The former prisoner of war smiles after the interview. Location: Philippines. Date: 1945.

Kids play in snow, snowball fight (mild), Kids enter classroom. Sit at desks, Empty seats in class, Teacher looks around, Boy at desk, Graphic shows inside boy's head (diagram of kid's head), Boy sick in bed, Boy in bed, blows nose, Mother takes boy's temperature, Mother pins bag to side of bed for boy, Mother takes temperature, Boy in bed, blows nose, Diagram shows sick nose and throat, Animation of boy sneezing, cloud spewing germs over boy icon, Kids at desk in class, Teacher talks to class, Girl at desk, sniffs, Teacher talks to girl, sends her to nurse, Girl lectures class on colds, Boys wrestle in snow, Girl offers girl bite of apple, Boy sneezes into book, Diagram of nose and throat, Boy talks to class about colds, Boy comes home, greets mother, takes off wet clothes, Kids play in snow, Boy covered in snow, goes into house, Boy enters house, takes off wet clothes, Boy talks to class, Kids playing in snow, Boy helps mother at stove, Mother bastes food in stove, Boy looks at display of food, Boy washes hands at kitchen sink, Boy gets into bed, Recap of health tips

FOGGY DAY IN TALLAHASSEE.

ECOLOGY OF A HOT SPRING: LIFE AT HIGH TEMPERATURES

Kids play in snow, snowball fight (mild). Kids enter classroom. Sit at desks. Empty seats in class. Teacher looks around. Boy at desk. Graphic shows inside boy's head (diagram of kid's head). Boy sick in bed. Boy in bed, blows nose. Mother takes boy's temperature. Mother pins bag to side of bed for boy. Mother takes temperature. Boy in bed, blows nose. Diagram shows sick nose and throat. Animation of boy sneezing, cloud spewing germs over boy icon. Kids at desk in class. Teacher talks to class. Girl at desk, sniffs. Teacher talks to girl, sends her to nurse. Girl lectures class on colds. Boys wrestle in snow. Girl offers girl bite of apple. Boy sneezes into book. Diagram of nose and throat. Boy talks to class about colds. Boy comes home, greets mother, takes off wet clothes. Kids play in snow. Boy covered in snow, goes into house. Boy enters house, takes off wet clothes. Boy talks to class. Kids playing in snow. Boy helps mother at stove. Mother bastes food in stove. Boy looks at display of food. Boy washes hands at kitchen sink. Boy gets into bed. Recap of health tips.

Created by the Air Materiel Command at Wright-Patterson Air Force Base, "Development of a Rocket Power Plant" shows the development of an early JATO (Jet Assisted Take Off) rocket bottle system for use with the B-29 aircraft. In this configuration, known as RATO (Rocket Assisted Take Off) the bottles use liquid fuel that included Nitrite acid and gasoline, a far more dangerous design than later, solid-fuel models. As seen in the film, the bottles allow a 148,000 pound gross weight B-29 bomber to take off from a runway at Muroc, now known as Edwards Air Force Base, a whopping 3000 feet less than without the rockets.<p><p>The film discusses the development of jet-assisted takeoff systems for B-29 aircraft by the Air Materiel Command at Wright-Patterson Air Force Base. It highlights the challenges of achieving maximum speed, range, and payload due to the need for longer runways. The solution involved using rocket power plants to provide additional thrust during takeoff. The video details the impact of temperature and elevation on takeoff distances, the design and assembly of the rocket power plants, and the testing and installation process. It also covers the successful reduction of ground roll distances and the benefits of rocket-assisted takeoff for increasing payload without increasing runway length. Future improvements and applications for other military aircraft are also discussed.<p><p>00:00 Introduction to the takeoff problem of military aircraft, affecting performance and efficiency.<p><p>0:53 - Explanation of how runway lengths have been increased to achieve maximum speed, range, and payload.<p><p>1:00 - Study by the Air Material Command indicating rocket power plants as a solution for auxiliary thrust.<p><p>1:46 - Description of the B-29's takeoff challenges due to temperature and elevation.<p><p>2:20 - Impact of temperature on the length of ground roll for the B-29.<p><p>3:41 - Impact of elevation on the length of ground roll for the B-29.<p><p>4:39 - Engineers at Wright Patterson Air Force Base tasked with reducing the B-29's ground roll.<p><p>5:00 - Rocket power identified as the solution, leading to the design and manufacture of rocket power plants.<p><p>6:00 - Components and assembly of the rocket power plant.<p><p>7:29 - Installation of the thrust chamber assembly and propellant tanks.<p><p>8:37 - Description of the propellants used and their reaction.<p><p>9:10 - Field transportation and fueling of the rocket power plant.<p><p>10:00 - Safety measures during fueling and servicing.<p><p>11:00 - Acid servicing procedure.<p><p>11:43 - Test firing of the rocket power plant.<p><p>13:21 - Installation of rocket power plants on a B-29 at Muro Air Force Base.<p><p>14:01 - Ground inspection and arming of the rockets before takeoff.<p><p>15:21 - Takeoff procedure with rocket assistance, reducing ground roll significantly.<p><p>16:01 - Comparison of ground roll distances with and without rocket assistance.<p><p>17:14 - Analysis of the benefits of rocket-assisted takeoff for increasing payload.<p><p>18:01 - Future improvements and applications of rocket power plants for other military aircraft.<p><p><p><p><p><p><p>Motion picture films don't last forever; many have already been lost or destroyed. We collect, scan and preserve 35mm, 16mm and 8mm movies -- including home movies, industrial films, and other non-fiction. If you have films you'd like to have scanned or donate to Periscope Film, we'd love to hear from you. Contact us via the link below.<p><p>This film is part of the Periscope Film LLC archive, one of the largest historic military, transportation, and aviation stock footage collections in the USA. Entirely film backed, this material is available for licensing in 24p HD and 2k. For more information visit http://www.PeriscopeFilm.com

1950s: Bedroom. Doctor examines patient. Man takes boy's temperature. Man listens to boy's heart. Woman touches boy's head. Doctor cleans thermometer. People speak.

--SUPERS--\nSaturday \nWashington \n\n:00-:26\nPresident Donald Trump \n\n --LEAD IN--\nPRESIDENT TRUMP TOLD REPORTERS SATURDAY HE HAS TAKEN A CORONAVIRUS TEST. \nHE MADE THE ANNOUNCEMENT DURING A BRIEFING AT THE WHITE HOUSE. \n --SOT--\nPresident Donald Trump: "I had my temperature taken coming into the room. (to reporter) You did? Good. Let's compare, you want to compare? That means we're all looking good. I also took the test last night, and I decided I should based on the press conference yesterday ... people were asking did I take the test? (When will you get the result?) I don't know, whatever it takes, a day or two days, whatever it is, they sent it to a lab." \n --TAG--\nAS HE LEFT THE BRIEFING ROOM, THE PRESIDENT SAID HIS TEMPERATURE WAS NORMAL. \nBEFORE THE BRIEFING, WHITE HOUSE STAFFERS WERE TAKING THE TEMPERATURES OF MEDIA MEMBERS.\nONE JOURNALIST WAS DENIED ENTRY WITH A 99-POINT-9 FEVER. \n -----END-----CNN.SCRIPT----- \n\n --KEYWORD TAGS--\nU.S. HEALTH CORONAVIRUS OUTBREAK WHITE HOUSE PRESIDENT TRUMP COVID-19 TEST \n\n

First Man in Space. <br/> <br/>L/S of the Kremlin. C/U of still photograph of Yuri Gagarin with his family. L/S streets of Moscow. M/S people looking through mirrored telescopes. L/S Russian rocket on the pad. It takes off. L/S of the rocket soaring into the clouds. Animated shots of the rocket completing orbit of the Earth. L/S of rocket on launch pad at Cape Canaveral. M/S four of the 'Mercury' astronauts. L/S of the astronauts and scientists gathered to witness how the nose cone of a rocket would react under the fierce heat it would encounter on it's re-entry into the Earth's atmosphere. <br/> <br/>M/S of the 'Mercury' astronauts holding shields to their eyes. M/S the nose cone in chamber. The heat is turned on and flames beat against the nose cone. M/S of man reading temperature. C/U temperature gage showing the temperature to be 500 degrees Fahrenheit. C/U of man in the nose cone. He holds up a glass of water which is boiling. L/S of Moscow street. M/S of people buying newspapers. C/U of President Khrushchev drinking toast.

Preparations for reconnaissance activities by Strategic Air Command (SAC) Lockheed U-2 aircraft during the Cuban Crisis. A flight surgeon does a preflight physical checkup of a pilot in the United States. The flight surgeon in a room. A pilot approaches him and sits down in a chair. The flight surgeon takes temperature and blood pressure readings of the pilot. Location: United States USA. Date: November 1962.