Many of us can remember the famous scene in the movie Forrest Gump where life is compared to a box of chocolates. The phrase was used to describe the unpredictability of life… you never know what you’re going to get. Those of us who enjoy bird and nature photography have a box of chocolates moment every time we go out with our camera gear.
I was out at LaSalle Park in Burlington Ontario yesterday and was treated to a couple of wonderful box of chocolates moments. This posting provides some background on those moments and shares a selection of new photographs.
This article discusses using 60 FPS (frames per second) to photograph BIF (birds-in-flight) and shares an extensive collection of handheld images captured a few days ago.
I should apologize in advance for the overall quality of the images in this article. These photographs were captured under very dull, overcast and windy conditions. Not the best for image quality… but very good test conditions if one is inclined to push their camera gear hard as I’m apt to do. 🙂
This article discusses using teleconverters for BIF and some of the practical considerations that come into play with this type of photography. Many people love to photograph birds and really enjoy capturing images of birds-in-flight (BIF). Using long telephoto lenses can be a challenge. This is compounded when teleconverters are added to the mix.
All of the photographs featured in this article were captured handheld in about 2 hours and 15 minutes during a visit to the lift bridge in Burlington Ontario on Tuesday of this week.
This article discusses macro style choices as they apply to some specific photographs recently created at the Floral Showhouse in Niagara Falls. Our photographic style begins with how each of us see the world around us. What attracts our eye. What intrigues us. Where we find visual meaning in our experience of life. Then we make decisions on how to bring the images that we see in our minds to life through our photography.
This article discusses an approach I use for BIF (birds-in-flight) practice at 1600 mm equivalent field-of-view. While I don’t usually photograph birds-in-flight using this long focal length, I do find it beneficial to periodically practice my handheld technique and eye/hand coordination at this very long focal length.
This article, Focus Stacking at RBG, shares a selection of handheld focus stacked macro images captured yesterday at the Royal Botanical Gardens in Burlington Ontario. I used the in-camera focus stacking function in my E-M1X to create all of the photographs in this article. All images displayed are out-of-camera jpegs that were tweaked a bit in post.
This article features some Handheld Hi Res HHHR butterfly test images captured last week at the Niagara Butterfly Conservatory. It has probably been over 18 months since I did any photography at this facility due to COVID 19 restrictions. Needless to say, I was a bit rusty. It didn’t take too long to get back in the grove though. 🙂
This article discusses why calculating hit rate is irrelevant for me and does not provide me with any actionable information. Also included in this posting are some images of a clearwing hummingbird moth in flight. These images were captured handheld in my backyard on August 4th. Sometimes it takes a while for me to dedicate time to process my photographs. 🙂
This short article answers a fundamental question that folks have had about the potential for future gear reviews on this website. The rumors about an upcoming ‘wow’ camera from OMDS has piqued the interest of many readers. As has the launch of lenses like the M.Zuiko 8-25 mm f/4 PRO and M.Zuiko 12-45 mm f/4 PRO.
This short article features a series of seven consecutive images illustrating tongue out aggression by a Canada goose. These photographs were captured handheld at Hendrie Valley.
This website celebrates the joy of photography and features a wide range of photographic subject matter. The content is designed to appeal to a wide range of people interested in photography. The website also demonstrates the image capability of small sensor cameras including micro four thirds (18 x 13.5 mm), 1" (13.2 x 8.8 mm), and 1/2.3" (6.17 x 4.55 mm) cameras.
