[Marty E]

Thanks, Dahlia! I love it when nature breaks the stereotype pointing us in a new direction. It’s an encouragement to break the status quo & try something new. We are built for that, just like a butterfly! 😀

 

[Marty E]

Thanks for responding! @robertapple @tersha @admin-2

When I spotted the butterfly I wondered if it was holding something in its mouth like a twig but didn’t think that was possible so I took a hasty shot with my cell phone to take a closer look at it later.  Here’s what I found about the “snout” & where they’re located: “Snout butterflies have prominent elongated mouthparts (labial palpi) which, in concert with the antennae, give the appearance of the petiole (stem) of a dead leaf. Snouts often take advantage of this superb camouflage by hanging upside down under a twig, making them nearly invisible. Wings are patterned black-brown with white and orange markings. This species is found in both North and South America.”

[Marty E]

Thanks @paul-3! It’s always fun being surprised

 

[Marty E]

Thanks, Dahlia! I’m glad to know you love it too, it’s one of my favorites

 

[Marty E]

Thanks, Rob! I have a lot of bee photos, it’s hard to choose just one! Do you mean honey bees? Here’s one I like of a bee hanging upside during her torpor rest. I have a number of shots plus bee info & things to think about in a PDF called Honey Bee Meditations: In Search of Gold if you’re interested.

 

[Marty E]

Thanks Rob & I appreciate the assist! 😀

 

[Marty E]

Wow, that’s amazing Steve! Great job, thanks for sharing. I don’t currently use Lightroom, so thanks for giving me an update on its new feature. Certainly something to consider.

 

[Marty E]

It’s my pleasure, Dahlia! I’m happy to know you liked the video even better, I appreciate your feedback 😀

 

[Marty E]

Thanks so much, David! I know this one was a stretch, but it was fun having the challenge of pulling it all together. Glad you enjoyed it! 😀

[Marty E]

Thanks for your feedback, Rob & Anne! Very helpful. I’ve continued to have OneDrive issues & may finally have a clean reinstall (subject to testing). I’ll be experimenting with the video idea & have tried desaturating the slide background images (increasing the translucency made them too bright). Thanks very much for your encouragement on the concept & creativity, Rob!

[Marty E]

Thanks, Dahlia! I love shooting bees. I’ve made a PDF with my photos & creative writing you might enjoy called Honey Bee Meditations: In Search of Gold. I’ll be happy to shoot you a copy if you’re interested. 🙂

 

[Marty E]

Thanks @paul-3! I really appreciate you weighing in with your comments on this lucky shot

[Marty E]

Thanks, Robert! How are your wildflowers coming along?

 

[Marty E]

Great, thanks! Isn’t it cool?

[Marty E]

Thanks, Robert. It’s the lower left antenna only, here’s an enlargement of it & a detailed bit about it. I find them fascinating. —

Bifurcated insect antennae refer to antennae that are divided into two branches or parts, which is a characteristic seen in some insect groups. This type of antenna is often associated with certain crustaceans and can serve various sensory functions.
thedragonflywoman.com Wikipedia

Definition of Bifurcated Insect Antennae
Bifurcated insect antennae are characterized by their division into two distinct branches or parts. This structure is commonly found in certain insect groups and is also a feature of some crustaceans. The bifurcation allows for enhanced sensory capabilities.

Functions of Bifurcated Antennae
Bifurcated antennae serve various sensory functions, including:

Olfaction: Detecting odors in the environment.
Touch: Sensing physical contact and vibrations.
Humidity Detection: Monitoring moisture levels in the air.
Examples of Insects with Bifurcated Antennae
While specific examples of insects with bifurcated antennae are less common, the structure is more prevalent in crustaceans. Here are some notable features:

Insect Group
Antenna Type
Description
Crustaceans
Biramous Antennae
Two pairs of antennae, often with sensory functions.
Certain Insects
Bifurcated Antennae
May exhibit bifurcation for enhanced sensory perception.
Conclusion
Bifurcated antennae are an important adaptation in some insects and crustaceans, providing them with advanced sensory capabilities that aid in their survival and interaction with the environment.
Wikipedia NC State University

[Marty E]

Thanks for your feedback on this, Dahlia. I’m working on this now with AI. The best solution may be uploading a video to youtube.

 

[Marty E]

Try this, it should allow anyone with the link to view.

 

https://onedrive.live.com/personal/3f8306c6e15e491b/_layouts/15/Doc.aspx?sourcedoc=%7Bebcd6393-ecf5-442e-a819-3033e2f0e2f4%7D&action=default&fromShare=true&redeem=aHR0cHM6Ly8xZHJ2Lm1zL3AvYy8zZjgzMDZjNmUxNWU0OTFiL0lRQ1RZODNyOWV3dVJLZ1pNRFBpOE9MMEFUajVCZmZ6dU41SU9iNW1WRkpFeWdVP2U9NDptUEdKbDkmc2hhcmluZ3YyPXRydWUmZnJvbVNoYXJlPXRydWUmYXQ9OQ&slrid=26480aa2-a04a-0001-ab66-27aa77ab390b&originalPath=aHR0cHM6Ly9vbmVkcml2ZS5saXZlLmNvbS86cDovZy9wZXJzb25hbC8zZjgzMDZjNmUxNWU0OTFiL0lRQ1RZODNyOWV3dVJLZ1pNRFBpOE9MMEFUajVCZmZ6dU41SU9iNW1WRkpFeWdVP3J0aW1lPWN0R1dKUnFiM2tnJnJlZGVlbT1hSFIwY0hNNkx5OHhaSEoyTG0xekwzQXZZeTh6Wmpnek1EWmpObVV4TldVME9URmlMMGxSUTFSWk9ETnlPV1YzZFZKTFoxcE5SRkJwT0U5TU1FRlVhalZDWm1aNmRVNDFTVTlpTlcxV1JrcEZlV2RWUDJVOU5EcHRVRWRLYkRrbWMyaGhjbWx1WjNZeVBYUnlkV1VtWm5KdmJWTm9ZWEpsUFhSeWRXVW1ZWFE5T1E&CID=892a2641-1cb9-4958-8ad7-b1076048ef97&_SRM=0%3AG%3A52&file=Floradelia_new35.pptx

[Marty E]

Hi Dahlia, thanks. I thought I did. I’ll try again, I’m new at this 🙂

 

[Marty E]

Congratulations on your fabulous shot, Anne!

[Marty E]

Here’s the link, let me know if you have any problems, I haven’t tried sharing this way before.

https://onedrive.live.com/?id=3F8306C6E15E491B%21sadfb17e8eb1c4a69822a3d542c48182b&cid=3F8306C6E15E491B&parId=3F8306C6E15E491B%2113733&o=OneUp&ls=true

[Author]

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