They both present the view of any part of the earth as seen from directly above i.e. what is referred to as the 'birds eye' view of the earth. It is therefore easier to determine scale and relationship between features on aerial photographs just like it is with maps. In fact, map-makers use aerial photographs when drawing maps.
food stylist prepares the food and props to make it look good and presentable for the photo and the phtographer takes the photo THNX ;D
What you seem to have is a press photo, or also known as a wire photo. Press photos are a very collectible, and can sell for hundreds of dollars depending on photo quality, composition, and subject. Other factors in putting a value on the photo is; was the Photo used in a publication? Finding this publication would add value. The photographer that took the photo could also add value. Sometimes this information is provided on the back as well. With the subject being Babe Ruth dated to 1932 this photo would be valued at a high end price. The Cleveland player as well as the women in the photo could also add value. Putting a story behind the photo will only help. find out who the other people in the photo are, and if the date June 12 1932 has any historic significance. The photo in general could be worth between $100. - $200. If you can provide more information with the photo it will sell for more money.
diodediode conducts by applying certain voltagephoto diodephoto diode conducts when it is exposed to sun light
Donkey's Photo Finish was created in 2003.
A movie photo means that the photos of the charcters is in the movie.
When photographers take a aerial photo, mapmakers can take the information they see and turn it into a topographic map.
Aerial photographs are prospective projection while maps are orthographic projection
An aerial photo taken with the camera axis intentionally inclined between the horizontal and the vertical.
An air photo is an aerial photograph - a photograph taken from the air.
photomap
food stylist prepares the food and props to make it look good and presentable for the photo and the phtographer takes the photo THNX ;D
Robert B. Pope has written: 'Constructing aerial photo stand volume tables' -- subject(s): Forests and forestry, Douglas fir, Aerial photography in forestry, Measurement 'Photo plot bias' -- subject(s): Aerial photography in forestry
Oblique Aerial photos are photos taken from an aerial platform where the camera has more than 3 degrees of tilt. "Ground level" photos can either refer to aerial photos taken where the lens is level with the ground or to photos taken where the camera is placed within a few inches of the ground and photo are taken from that perspective.
The oblique aerial photograph is a type of photograph which is taken at an angle and presents a perspective, the angle of the capture determines the perspective of the photo. It provides the viewer with a more interesting view of the objects or scenes. It is also used as a tool to map the area and get a larger picture of the area.
The photo above shows an aerial view of the saw mill.
Thomas Eugene Avery has written: 'Field projects and classroom exercises in basic forest measurements' -- subject(s): Forests and forestry, Outlines, syllabi, Measurement 'Forester's guide to aerial photo interpretation' -- subject(s): Aerial Forest surveys, Aerial photography, Aerial photography in forestry, Forest surveys, Aerial, Interpretation, Photographic interpretation 'Natural resources measurements' -- subject(s): Mensuration, Measurement, Natural resources, Forests and forestry 'Fundamentals of remote sensing and air photo interpretation' -- subject(s): Photographic interpretation, Remote sensing, Photography, Aerial, Aerial photography 'Interpretation of aerial photographs' -- subject(s): Aerial photography, Photographic interpretation, Photographic surveying
oblique photoThe difference is oblique photos are at a lower angles while aerial photos are at a higher angle Improved Answer:"The biggest differences in Oblique aerial photos and normal oblique photos are perspective. A photo is classified as Oblique when the imaging sensor is capturing the photos at a user angle greater than 0 degree in an upward or downward angle.When Oblique images are captured in an aerial platform they are set at a downward angle typically between 15-45 degrees. The aerial platform is capturing data at altitudes typically ranging between 3500-5500 AGL. Camera, lens length, firing angle and capture altitude will all determine the area the photo covers.So when you compare oblique photos captured in a terrestrial manner and ones captured in the air the main difference in what you get at the end of the day is your perspective."