Full Spectrum Long Exposure Ultraviolet Fluorescence Photography #10: Blueberry Flowers Part 1

The structure of these flowers resemble bells to me, they have a small opening for pollinators to get in though it seems its not enough for many of the bugs that travel to these flowers. Some have not opened yet, but a couple have.

These photos are my posts for #longexposurephotography

Camera Model	Lumix GH3, modified by LifePixel for Full Spectrum
Lens	Olympus MSC ED M. 60mm Macro lens
Filter	None
Aperture	f/6.3
Shutter Speed	5 sec
Film Speed	200
Spectrum	Full Spectrum (FS)
Wavelength	300 nanometers through 1200 nanometers
Location	North Georgia USA.

Those little holes on the flowers is caused by bugs that rob the nectar from the flower. Carpenter bees tend to do this and can rip the flowers off the stems due to their size. I am not a fan of Carpenter bees as they do not seem to help the garden as much as the Resin or Mason bees I really enjoy.

Three clusters of blueberry flowers are captured in the above photo, along with the stem reacting to the ultaviolet light.

You can see the pollen inside of these bell shaped flowers, the bees really like it. And I am glad as its important for pollen to be spread from plant to plant.

A reference photo of the plant in full spectrum outside before a cutting was taken.

These images are being hosted by Spee.ch
An image hosting service on top of the LBRY protocol.

https://spee.ch

I take pictures with a special camera. Its a Mirrorless DSLR that has been modified by Life Pixel to see light in other wavelengths. This allows my camera to see light in the Infrared [IR] around 1300 NM wavelength, through the visual spectrum and into the Ultraviolet A and B wavelengths roughly into the 300 NM wavelength.

I carry many filters on me to make the photos you see in my blog, these filters screw on my lens and help me isolate certain wavelengths for certain scenes. These filters can be IR / UV pass-through filters to assist me get a natural photo taking out the UV and IR light. Or I may use a Infrared pass-through filter capture just IR light. I can do the same with UV light as well, though I need some better filters which they can cost a few hundred dollars for true Ultraviolet pass through filters. So for right now I have B + W 403 bandpass filters that still allow some IR light in, due to their cheaper material.

There are also exotic glasses made of sapphire and germanium I am open to working with to replace my silica glass hot mirror with a material that allows even longer wavelengths of infrared to enter my cameras sensor. Special sensors, lenses and filters of that material would be needed as well, so it would be a big project but one that may give some even more unique photography results.

Addresses below to help me buy better camera equipment and support me to travel to locations to do photo and video and overall great blogs in new places. I would be happy to list some of the contributors in my posts for donations that help me along the way.

Coin	Address
BTC:	bc1qhfmvd2gywg4fvrgy2kkkkyqta0g86whkt7j8r7
LTC:	ltc1qdyzm5cwgt8e2373prx67yye6y9ewk0l8jf3ys9
DASH:	XkSqR5DxQL3wy4kNbjqDbgbMYNih3a7ZcM
ETH:	0x045f409dAe14338669730078201888636B047DC3
DOGE:	DSoekC21AKSZHAcV9vqR8yYefrh8XcX92Z
ZEN:	znW9mh62WDSCeBXxnVLCETMx59Ho446HJgq

For more information on how I do my photography I have a short video on that: https://steempeak.com/photography/@solominer/vqgcrs3x

Rockin Steemians

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#bouldersunday by @shasta

#GTWCA (Crypto Price Analysis) by @gandalfthewhite

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thanks @nevlu123 for the animation

#fullspectrum #ultraviolet