Celestron, LLC.’s Post

Sora, Lumiere, et al = game-changing speed of evolution. Prompt: Drone view of waves crashing against the rugged cliffs along Big Sur’s garay point beach. The crashing blue waters create white-tipped waves, while the golden light of the setting sun illuminates the rocky shore. A small island with a lighthouse sits in the distance, and green shrubbery covers the cliff’s edge. The steep drop from the road down to the beach is a dramatic feat, with the cliff’s edges jutting out over the sea. This is a view that captures the raw beauty of the coast and the rugged landscape of the Pacific Coast Highway.

ASMR The Pro Video full car rig setup. Featuring Hollyland Technology 's Lark M2, MARS M1 Enhanced and MARS 4K. What do you guys think? Is it worth investing in a $10k professional car rig setup, or taking car rolling shots hanging out back in the trunk? 😯 #Hollyland #carrig #wireless #videoproduction #camerasetup #contentmarketing #contenttips

Diver navigation system - great video to watch

Amazing to see the insights technology can generate in the fishing sector.

On winter time satellite imagery as a global layer (or covering all the major mountain ranges): One of the biggest obstacles here is cost of the data acquisition. If the imagery was available low-loud cover, high resolution, then the other problem is that the mass majority of it in places like the Colorado Rockies, the Tien Shan, the Swiss Alps... is rural or uninhabited space. Similar to imagery over the ocean, it's part of the "imaging the whole planet every day/week/month" type of dataset. But the cost per square kilometer will be on par with imagery covering the UK, Miami, Japan, etc. Quite high priced! 5x4 km probably $600 let's say. It seems to me that satellite imagery has this issue where sometimes a vast amount of landscape is imaged, then a tiny % of the individual tiles is able to be sold to recoup costs and aim to be profitable. That or a full dataset is sold, but of course only a minority of it is the most useful. The imagery which is not sold is not often discounted to try to achieve a more attractive price. Price depends on resolution, not value of the "real estate". When "mining" the earth for information and imagery, why not highly value the golden nuggets (areas of strong interest) and discount the dirt and silt that are byproducts? I believe the answer is because value emerges later, you don't want to discount middle of nowhere imagery that doesn't get regularly purchase in case somebody comes up with a suddenly strong interest in it where they are willing to pay a high price today, despite yesterday not being interested.

Underwater footage from a #shrimp trawler in #Norway ⬇️ Recorded by the #CatchCam camera, the footage gives 'eyes on the net' to skippers and their crew during #fishing operations. Below, the underwater camera was used for monitoring catch behaviour around the trawl gear. While doing so, the skipper can also monitor how other species like #cod and #haddock, are interacting with the net. Learn more about this underwater camera here https://hubs.ly/Q02wGm1_0 Ocean Space Acoustics - PingMe™ #FishingTrip

🎣 Discover the differences between Traditional Sonar and Garmin LiveScope in this insightful comparison. Unlock the knowledge to elevate your fishing skills. Explore the details here: https://bit.ly/48LAbel _ #FishingTechnology #SonarVsLiveScope #MarkLassagne

10 Tips for RV Adventures in the National Parks National Parks are an all-access pass to the best of America. Here's how to pick a rig built for the long haul. https://lnkd.in/gvDSNtWR

These chartplotters offer big, crisp, sunlight-readable touchscreens, putting fishfinding power right at your fingertips. 🌊 With built-in Garmin Navionics+TM mapping and Ultra High-Definition scanning sonar, you're ready to level up your fishing game! #FishingTech #GarminFishing

🧐🐴Understanding a horse's inner workings is the key to understanding its behavior. 🐴🧐 Did you know that horses can see at 340°? Just so you know, humans can only see at 180°. 👀 With the largest eyes of any land mammal, horses can see at 340°, thanks to their laterally positioned eyes and horizontal pupils. This morphology enables it to cover a very wide panoramic field of vision horizontally. Without moving his head, he can see his left flank, his right flank and ahead.  Although very practical, this very wide panoramic vision does leave him with a few blind spots, which are behind his croup and under his nose (which is why he sometimes has trouble grabbing the treats handed to him, for which he is blind and uses a sensory sensor - Vibrissae). Added to this lack of vision under his nose, the horse can't see very well over his head, as his eye doesn't have a very wide vertical field. That's why, as an important safety rule, when moving around a horse, always show him where I am in his space. To give you an idea, our forward-facing eyes, with their round pupils, give us a field of vision of around 180°, both vertically and horizontally. Our only blind spot is our back. Be patient, ride safe & enjoy the view. 🌄