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Macro Photo Collection

"Exploring the Intricate World of Macro Photography

Background imageMacro Photo Collection: Mos technology 6502 microprocessor

Mos technology 6502 microprocessor
Mos Technology 6502 microprocessor integrated circuit, a type of silicon chip used in Pet, Acorn & Commodore personal computers. Macro photograph. Magnification: X3 at 35mm size

Background imageMacro Photo Collection: Cracked ice

Cracked ice
Christina Sillen

Background imageMacro Photo Collection: Honey bee (Apis mellifera), in flight, highspeed nature photo

Honey bee (Apis mellifera), in flight, highspeed nature photo, between leaves of gooseberry (Ribes uva-crispa)
animals, apiformes, apis, apis mellifera, bees, close up, close ups, closeup, deserted, detail view, europe's, european honey bee, fauna, federal state of north rhine-westphalia, flight, flights

Background imageMacro Photo Collection: Tree wasp (Dolichovespula sylvestris), in flight, highspeed nature photo

Tree wasp (Dolichovespula sylvestris), in flight, highspeed nature photo, between leaves of gooseberry
animals, apocrita, close up, close ups, closeup, deserted, detail view, dolichovespula, dolichovespula sylvestris, europe's, fauna, federal state of north rhine-westphalia, flight, flights, fly

Background imageMacro Photo Collection: NA

NA
A split shot of a venomous banded yellowlip sea snake, Laticauda colubrina, also known as a sea krait, cruusing over a shallow reef in the Philippines with a palm tree covered island above

Background imageMacro Photo Collection: Penicillium chrysogenum fungal culture

Penicillium chrysogenum fungal culture

Background imageMacro Photo Collection: Printed circuit, macrophotograph

Printed circuit, macrophotograph
Photomacrograph (30x) of a printed circuit on a flexible material. A printed circuit consists of lines (light orange) of a metal conductor printed on an insulating material base

Background imageMacro Photo Collection: Five day growth of bread mould

Five day growth of bread mould

Background imageMacro Photo Collection: Veins in a fig leaf, Ficus lyrata

Veins in a fig leaf, Ficus lyrata
Fig leaf. Macrophotograph of the leaf surface and veins of the fiddle-back fig, Ficus lyrata. This fig obtains its name from the shape of the leaves which resemble the body of a violin

Background imageMacro Photo Collection: Pumpkin seedling, Cucurbita pepo

Pumpkin seedling, Cucurbita pepo
Pumpkin seedling. Macrophotograph of a pumpkin seedling, Cucurbita pepo, soon after germination. The seedling has unfurled its first leaves (at centre right and lower left)


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"Exploring the Intricate World of Macro Photography: From Microprocessors to Nature's Wonders" Macro photography allows us to delve into a captivating world where even the tiniest details become extraordinary. In this mesmerizing collection, we witness the beauty and complexity of various subjects through a macro lens. Starting with technology, we are introduced to the intricate patterns etched on a Mos Technology 6502 microprocessor. The precision and artistry within its design are revealed in stunning detail. Moving on to nature's wonders, we find ourselves amidst the graceful flight of a honey bee (Apis mellifera) captured at high speed between leaves of gooseberry (Ribes uva-crispa). Its delicate wings fluttering against vibrant greenery create an enchanting scene. Next, our attention is drawn towards another airborne marvel - the tree wasp (Dolichovespula sylvestris). Frozen in time as it soars between gooseberry leaves, this high-speed nature photo showcases its remarkable agility and beauty. Continuing our exploration of bees, we encounter one adorned with pollen as it navigates through the same leafy backdrop. This high-speed capture highlights not only their vital role in pollination but also their astonishing adaptability. Shifting gears from living organisms to microscopic worlds, we enter into Penicillium chrysogenum fungal culture. The intricate network formed by these fungi unveils both their fascinating structure and potential scientific applications. Our journey then takes us into the realm of technology once again as we observe macrophotographs revealing printed circuit boards. These close-ups expose an array of interconnected pathways that power modern devices while showcasing their aesthetic appeal. Amidst all these captivating images lies evidence of life's constant cycle - bread mould growth over five days. This time-lapse series serves as a reminder that even decay can possess its own unique allure when observed up close.