Creative Black & White | Part 3: Creative Opportunities

What: Creative Black & White | Part 3: Creative Opportunities

When: Tuesday June 2, 2020 at 10am PT. Duration between one and two hours, including Q&A

Where: On your computer or mobile device from anywhere via Zoom. Zoom authenticated registration and a tuition payment of $19.95 are required for enrollment. Seating is limited. The Registration link is No new sessions are currently scheduled. We will schedule a new session as soon as possible. Recordings of previous sessions available on YouTube with a time delay for light editing.

Details: This webinar focuses on the numerous monochromatic creative opportunities once basic black and white conversion has been achieved, including monochromatic HDR, LAB L-channel inversions, the ‘Ansel Adams’ effect, the ‘Karl Blossfeldt’ effect, and more. Examples will be shown, and detail recipes explained. There will be ample time for Q&A.

Harold Davis is the author of highly-acclaimed books about black & white digital  photography, including Creative Black & White 2d Edition from Rocky Nook and The Photographer’s Black & White Handbook from Monacelli Press. Harold’s digital black and white work has been compared to that of Ansel Adams.

Tuition: The tuition for this webinar is $19.95, and requires prior registration. Seating (on a first come, first served basis) is limited. You must register via Zoom to be enrolled in this webinar! The Registration link is

A lightly-edited recording of this Webinar will be posted following a time delay on our YouTube channel,

Along the Old Schoolhouse Trail © Harold Davis

Along the Old Schoolhouse Trail © Harold Davis

About Harold Davis: Harold Davis is a bestselling author of many books, including Creative Garden Photography from Rocky Nook, which can now be pre-ordered. He is the developer of a unique technique for photographing flowers for transparency, a Moab Master, and a Zeiss Ambassador. He is an internationally known photographer and a sought-after workshop leader. His website is