Michel Pilon
12-08-2008, 03:15 PM
Hello all,
People indicated me that I should be able to photography insects with my new 300mm USM f4.0 + TC 1.4x of Canon. That is one of the reason I chose this lens instead of the 100-400mm zoom. So, they tell me the truth :-) Here is a Canadian tiger swallowtail (Papilio canadensis) photographied, hand-held, at East Angus (Quebec, Canada) last June.
It is a pity that I was so close to the butterfly because he is a little bit tight into the frame in my opinion but I like the colors..... :-/
What do you think of this full frame picture?
Cheers!
Michel
http://parcours.pilonm.org/pictures/insectes/papillonTigreDuCanada1.jpg
Model = Canon EOS 40D
[Camera]
Exposure Time = 1/500"
F Number = F8
Exposure Program = Aperture priority
ISO Speed Ratings = 320
Exif Version = Version 2.21
Date Time Original = 2008-06-14 10:01:45
Date Time Digitized = 2008-06-14 10:01:45
Shutter Speed Value = 9 TV
Aperture Value = 6 AV
Exposure Bias Value = ±0EV
Flash = Flash did not fire, compulsory flash mode
Focal Length = 420mm
People indicated me that I should be able to photography insects with my new 300mm USM f4.0 + TC 1.4x of Canon. That is one of the reason I chose this lens instead of the 100-400mm zoom. So, they tell me the truth :-) Here is a Canadian tiger swallowtail (Papilio canadensis) photographied, hand-held, at East Angus (Quebec, Canada) last June.
It is a pity that I was so close to the butterfly because he is a little bit tight into the frame in my opinion but I like the colors..... :-/
What do you think of this full frame picture?
Cheers!
Michel
http://parcours.pilonm.org/pictures/insectes/papillonTigreDuCanada1.jpg
Model = Canon EOS 40D
[Camera]
Exposure Time = 1/500"
F Number = F8
Exposure Program = Aperture priority
ISO Speed Ratings = 320
Exif Version = Version 2.21
Date Time Original = 2008-06-14 10:01:45
Date Time Digitized = 2008-06-14 10:01:45
Shutter Speed Value = 9 TV
Aperture Value = 6 AV
Exposure Bias Value = ±0EV
Flash = Flash did not fire, compulsory flash mode
Focal Length = 420mm