This is archive footage based on images captured by Claude Frisse-Greene, an early British pioneer of film. Nearly 90 years ago, he created a series of travelogues using a color process developed by his father William Frisse-Greene, a British portrait photographer and a well known inventor. His experiments in the field of motion pictures led him to be known as one of the fathers of cinematography.

One of William’s inventions was an additive color film process known as “Biocolour”, a rather cumbersome early color process. It works by exposing every other frame of standard black-and-white film through a different-colored filter, and then staining the resulting monochrome prints either red or green. In a motion picture projection, the combined frames create an illusion of real color.

Using computer enhancement, the British Film Institute reduced the flickering seen in the original footage.

This is archive footage based on images captured by Claude Frisse-Greene, an early British pioneer of film. Nearly 90 years ago, he created a series of travelogues using a color process developed by his father William Frisse-Greene, a British portrait photographer and a well known inventor. His experiments in the field of motion pictures led him to be known as one of the fathers of cinematography.

One of William’s inventions was an additive color film process known as “Biocolour”, a rather cumbersome early color process. It works by exposing every other frame of standard black-and-white film through a different-colored filter, and then staining the resulting monochrome prints either red or green. In a motion picture projection, the combined frames create an illusion of real color.

Using computer enhancement, the British Film Institute reduced the flickering seen in the original footage.

This is archive footage based on images captured by Claude Frisse-Greene, an early British pioneer of film. Nearly 90 years ago, he created a series of travelogues using a color process developed by his father William Frisse-Greene, a British portrait photographer and a well known inventor. His experiments in the field of motion pictures led him to be known as one of the fathers of cinematography.

One of William’s inventions was an additive color film process known as “Biocolour”, a rather cumbersome early color process. It works by exposing every other frame of standard black-and-white film through a different-colored filter, and then staining the resulting monochrome prints either red or green. In a motion picture projection, the combined frames create an illusion of real color.

Using computer enhancement, the British Film Institute reduced the flickering seen in the original footage.

This is archive footage based on images captured by Claude Frisse-Greene, an early British pioneer of film. Nearly 90 years ago, he created a series of travelogues using a color process developed by his father William Frisse-Greene, a British portrait photographer and a well known inventor. His experiments in the field of motion pictures led him to be known as one of the fathers of cinematography.

One of William’s inventions was an additive color film process known as “Biocolour”, a rather cumbersome early color process. It works by exposing every other frame of standard black-and-white film through a different-colored filter, and then staining the resulting monochrome prints either red or green. In a motion picture projection, the combined frames create an illusion of real color.

Using computer enhancement, the British Film Institute reduced the flickering seen in the original footage.

This is archive footage based on images captured by Claude Frisse-Greene, an early British pioneer of film. Nearly 90 years ago, he created a series of travelogues using a color process developed by his father William Frisse-Greene, a British portrait photographer and a well known inventor. His experiments in the field of motion pictures led him to be known as one of the fathers of cinematography.

One of William’s inventions was an additive color film process known as “Biocolour”, a rather cumbersome early color process. It works by exposing every other frame of standard black-and-white film through a different-colored filter, and then staining the resulting monochrome prints either red or green. In a motion picture projection, the combined frames create an illusion of real color.

Using computer enhancement, the British Film Institute reduced the flickering seen in the original footage.

This is archive footage based on images captured by Claude Frisse-Greene, an early British pioneer of film. Nearly 90 years ago, he created a series of travelogues using a color process developed by his father William Frisse-Greene, a British portrait photographer and a well known inventor. His experiments in the field of motion pictures led him to be known as one of the fathers of cinematography.

One of William’s inventions was an additive color film process known as “Biocolour”, a rather cumbersome early color process. It works by exposing every other frame of standard black-and-white film through a different-colored filter, and then staining the resulting monochrome prints either red or green. In a motion picture projection, the combined frames create an illusion of real color.

Using computer enhancement, the British Film Institute reduced the flickering seen in the original footage.

This is archive footage based on images captured by Claude Frisse-Greene, an early British pioneer of film. Nearly 90 years ago, he created a series of travelogues using a color process developed by his father William Frisse-Greene, a British portrait photographer and a well known inventor. His experiments in the field of motion pictures led him to be known as one of the fathers of cinematography.

One of William’s inventions was an additive color film process known as “Biocolour”, a rather cumbersome early color process. It works by exposing every other frame of standard black-and-white film through a different-colored filter, and then staining the resulting monochrome prints either red or green. In a motion picture projection, the combined frames create an illusion of real color.

Using computer enhancement, the British Film Institute reduced the flickering seen in the original footage.

This is archive footage based on images captured by Claude Frisse-Greene, an early British pioneer of film. Nearly 90 years ago, he created a series of travelogues using a color process developed by his father William Frisse-Greene, a British portrait photographer and a well known inventor. His experiments in the field of motion pictures led him to be known as one of the fathers of cinematography.

One of William’s inventions was an additive color film process known as “Biocolour”, a rather cumbersome early color process. It works by exposing every other frame of standard black-and-white film through a different-colored filter, and then staining the resulting monochrome prints either red or green. In a motion picture projection, the combined frames create an illusion of real color.

Using computer enhancement, the British Film Institute reduced the flickering seen in the original footage.

This is archive footage based on images captured by Claude Frisse-Greene, an early British pioneer of film. Nearly 90 years ago, he created a series of travelogues using a color process developed by his father William Frisse-Greene, a British portrait photographer and a well known inventor. His experiments in the field of motion pictures led him to be known as one of the fathers of cinematography.

One of William’s inventions was an additive color film process known as “Biocolour”, a rather cumbersome early color process. It works by exposing every other frame of standard black-and-white film through a different-colored filter, and then staining the resulting monochrome prints either red or green. In a motion picture projection, the combined frames create an illusion of real color.

Using computer enhancement, the British Film Institute reduced the flickering seen in the original footage.

This is archive footage based on images captured by Claude Frisse-Greene, an early British pioneer of film. Nearly 90 years ago, he created a series of travelogues using a color process developed by his father William Frisse-Greene, a British portrait photographer and a well known inventor. His experiments in the field of motion pictures led him to be known as one of the fathers of cinematography.

One of William’s inventions was an additive color film process known as “Biocolour”, a rather cumbersome early color process. It works by exposing every other frame of standard black-and-white film through a different-colored filter, and then staining the resulting monochrome prints either red or green. In a motion picture projection, the combined frames create an illusion of real color.

Using computer enhancement, the British Film Institute reduced the flickering seen in the original footage.