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Steven Lawson Photography
@stevenlawson@photog.social  路  activity timestamp 5 days ago
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Steven Lawson Photography
@stevenlawson@photog.social  路  activity timestamp 5 days ago
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Dorine2
@Kleinloog@pixelfed.social  路  activity timestamp 3 weeks ago
Photo of part of an office building, taken from below and diagonally (left to right). On the left is a tall, rectangular building with another similar building perpendicular to it halfway across, but half of this building is lower where it meets the first building. This creates a space between the buildings at the top. The second building is reflected in the windows of the first building. This creates a mirrored cube, bluish, likely due to the light from the sky. The buildings have rows of vertical white stripes between the rows of glass windows. Because of these rows of diagonal white stripes and the cube at the top, it's hard to see how they fit together.
Photo of part of an office building, taken from below and diagonally (left to right). On the left is a tall, rectangular building with another similar building perpendicular to it halfway across, but half of this building is lower where it meets the first building. This creates a space between the buildings at the top. The second building is reflected in the windows of the first building. This creates a mirrored cube, bluish, likely due to the light from the sky. The buildings have rows of vertical white stripes between the rows of glass windows. Because of these rows of diagonal white stripes and the cube at the top, it's hard to see how they fit together.
Photo of part of an office building, taken from below and diagonally (left to right). On the left is a tall, rectangular building with another similar building perpendicular to it halfway across, but half of this building is lower where it meets the first building. This creates a space between the buildings at the top. The second building is reflected in the windows of the first building. This creates a mirrored cube, bluish, likely due to the light from the sky. The buildings have rows of vertical white stripes between the rows of glass windows. Because of these rows of diagonal white stripes and the cube at the top, it's hard to see how they fit together.
Dorine2
@Kleinloog@pixelfed.social  路  activity timestamp 3 weeks ago
Photo of part of an office building, taken from below and diagonally (left to right). On the left is a tall, rectangular building with another similar building perpendicular to it halfway across, but half of this building is lower where it meets the first building. This creates a space between the buildings at the top. The second building is reflected in the windows of the first building. This creates a mirrored cube, bluish, likely due to the light from the sky. The buildings have rows of vertical white stripes between the rows of glass windows. Because of these rows of diagonal white stripes and the cube at the top, it's hard to see how they fit together.
Photo of part of an office building, taken from below and diagonally (left to right). On the left is a tall, rectangular building with another similar building perpendicular to it halfway across, but half of this building is lower where it meets the first building. This creates a space between the buildings at the top. The second building is reflected in the windows of the first building. This creates a mirrored cube, bluish, likely due to the light from the sky. The buildings have rows of vertical white stripes between the rows of glass windows. Because of these rows of diagonal white stripes and the cube at the top, it's hard to see how they fit together.
Photo of part of an office building, taken from below and diagonally (left to right). On the left is a tall, rectangular building with another similar building perpendicular to it halfway across, but half of this building is lower where it meets the first building. This creates a space between the buildings at the top. The second building is reflected in the windows of the first building. This creates a mirrored cube, bluish, likely due to the light from the sky. The buildings have rows of vertical white stripes between the rows of glass windows. Because of these rows of diagonal white stripes and the cube at the top, it's hard to see how they fit together.
hypebot boosted
Steven Lawson Photography
@stevenlawson@photog.social  路  activity timestamp 3 weeks ago
Steven Lawson Photography
@stevenlawson@photog.social  路  activity timestamp 3 weeks ago
Steven Lawson Photography
@stevenlawson@photog.social  路  activity timestamp 4 months ago
Steven Lawson Photography
@stevenlawson@photog.social  路  activity timestamp 4 months ago
Steven Lawson Photography
@stevenlawson@photog.social  路  activity timestamp 10 months ago
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