Biomimicryinstitute's Instagram Audience Analytics and Demographics
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PROFILE OVERVIEW OF BIOMIMICRYINSTITUTE
56.1% of biomimicryinstitute's followers are female and 43.9% are male. Average engagement rate on the posts is around 0.60%. The average number of likes per post is 316 and the average number of comments is 8.
Biomimicryinstitute loves posting about Travel, Photography, Adventure.
Check biomimicryinstitute's audience demography. This analytics report shows biomimicryinstitute's audience demographic percentage for key statistic like number of followers, average engagement rate, topic of interests, top-5 countries, core gender and so forth.
GENDER OF ENGAGERS FOR BIOMIMICRYINSTITUTE
AUDIENCE INTERESTS OF BIOMIMICRYINSTITUTE
- Travel & Tourism 62.54 %
- Art & Design 59.66 %
- Photography 56.08 %
- Beauty & Fashion 47.71 %
- Home & Garden 41.83 %
- Pets 39.53 %
- Fitness & Yoga 37.61 %
- Sports 37.11 %
- Music 34.04 %
- Clothes, Shoes, Handbags & Accessories 34.04 %
- Healthy Lifestyle 34.04 %
- Restaurants, Food & Grocery 34.04 %
When we devote equal attention to our soil, and the plants and food grown from it, we can create healthier communities, more efficient yields, and more diverse ecosystems. . Now that we’ve learned about how soil is an essential foundation for all life on earth, venture over to AskNature.org to see how we might follow nature’s lead and uncover new solutions to maintaining soil health for crops (even in nutrient-poor areas), replenish soil, or keep soil from being washed away. Link to this specific Collection is in the link in our bio (See Biomimicry Brain Boosts). . In your Biomimicry Nature Journal, reflect on your own local environment. What soil challenges does your community face? How can the lessons you’ve learned over the past three days help find solutions for addressing these challenges? Then share your reflections with us! We can do this people! #regeneration starts with YOU! . . . Did you miss the previous two activities for this month's Brain Boost? Check out our page and join in! They feature @kisstheground's amazing #soiladvocacy education! . . . #biomimicry #soil #regenerativeagriculture #kisstheground #asknature #brainboost #biomimicryjournal #biodiversity #gooutside #nature #inspiredbynature #ecosystem #ecosystemregeneration #education
We all can become a hero for our communities by restoring the health of the soil around us and helping slow our Earth’s changing climate. . Take on the Soil Quest (link for this Biomimicry Brain Boost is in bio), which was created and supported by @kisstheground and the @captainplanetfdn. When you get to the ‘Teach’ portion of the activity, share one of your reflections in your Biomimicry Nature Journal. . . . #healthysoil #regeneration #biomimicry #brainboost #inspiredbynature #soil #agriculture #ecosystem #ecosystemregeneration
For this month’s Biomimicry Brain Boost, we’re going to look to the lessons found beneath our feet. Grab your Biomimicry Nature Journal, open up your creative mind, and join us in exploring how deeply connected our lives are with soil (and how ki holds a simple solution to the climate crisis). . Regeneration Through Soil 🐌 Last month, Kiss the Ground debuted on Netflix, and one of the key messages illuminated in the film is at the core of our mission at the Biomimicry Institute: regeneration. The filmmakers created a solution-based, hope-filled response to the global climate crisis, and we are onboard! . To start our Brain Boost series this month, we’re going to learn about the science behind soil. Then in the days following, we’ll do a couple activities together that will further our knowledge and inspire us to find our path in global regeneration. . Visit the Soil Science resource on Kiss the Ground (link in bio) and explore at least 3 different videos or articles. In your Biomimicry Nature Journal, share one thing you learned about soil you didn’t previously know and one thing that you can do in your own life to further regeneration, whether in your purchasing decisions, gardening habits, communication with your peers, etc. . Bonus: If you have Netflix, watch the film! . . . #biomimicry #brainboost #regeneration #kisstheground #soil #science #stem #stemeducation #education #nature #biomimicryjournal
How does nature encourage resilience? Some of the gravest threats we face are the ones that just keep coming back. In a new Collection on AskNature.org, explore some of the amazing strategies nature has developed to survive, and even thrive, through relentless adversity. . The common thread through all these functions is that they are not one-time-use defenses. By their very nature, they provide for sustained survival in the face of often relentless hardships. . Take for example how nurse shrubs promote ecosystem regeneration. These nurse shrubs create a shaded environment and deposit high concentrations of potassium into the soil. The shaded environment promotes tree seedling growth through the canopy effect, and all of these variables together help create the perfect environment for seedlings. Read more about the nurse shrub's #ecosystem #regeneration techniques, along with the other biological champions' strategies, in the link in our bio. . . . 📸 Photo by Jeremy Boulton @jeremy_boulton . #biomimicry #asknature #whatwouldnaturedo #ecosystemregeneration #soil #biodiversity #resilience #trees #sustainability #nature #inspiredbynature
Mushroom illuminated by UV light by @cpburrowsphoto. . Who here wishes they could have #beevision (and see aaaalllll these hidden patterns and colors) just for one day?! 🙋🏾♀️🙋🏻♂️🙋🏼♀️🙋🏽
How bees see flowers! Side by side comparisons of flowers illuminated by UV light. . It turns out bees can see #ultraviolet wavelengths! This is extremely useful in pollinating flowers, which therefore help to produce our food. . Much of the colors of the world that are accessible to bees and other animals with UV receptors is entirely invisible for us humans. In order to see that invisible part of the world, artist and photographer @cpburrowsphoto illuminates flowers with #UVlight. . #Bees can see both the “regular” spectrum and UV spectrum, and it turns out flowers have hidden “landing strips” which are made apparent with “bee vision.” . Nature works hand in hand, creating #symbiotic relationships. And these relationships are a wonder to behold. . “Seeing the world as insects may see it can reveal "landing strips" which are invisible to the human eye. These act to guide insects to the nectar they feed on. . These landing strips might take the form of concentric circles of colour or dots. . "Quite often, you will find in radial symmetrical patterns that there is a central area which is differently coloured. In other flowers there are also dots in the centre which indicate where there is basically an orifice for the bee to put in its tongue to extract the goods." — @bbcearth . Therefore, we can reasonably assert that bees see flowers as a mix between the two images.
This is how bees see flowers! Did you know that #bumblebees can see the UV light spectrum that humans cannot, thereby helping them to find and pollinate flowers? . Even though humans can see more colors, bees have a much broader range of color vision. . Their ability to see ultraviolet light gives them an advantage when seeking nectar. . Many patterns on flowers are invisible to humans. These nectar “bulls-eyes” are visible only to animals, such as bees, that have the ability to see ultra-violet light. . This “bee vision” makes finding nectar much easier. In fact, some flowers such as sunflowers, primroses and pansies have nectar guides that can only be seen in ultra-violet light. . These spectacular photos by Craig Burrows, @cpburrowsphoto illuminated by UV light look like something out of this world. Revealing parts of the animal and plant kingdom that us humans never actually see — hidden, but always there. 🤯 . Craig takes photos using a relatively unknown process called #UVIVF, or “ultraviolet-induced visible fluorescence.” It’s done by using high-intensity UV lights to illuminate the flowers, which then appear to be quite different than we know and see them. . . . #SaveTheBees #NaturesPatterns #HiddenPatterns #UVLight #UltravioletLight #UVSpectrum #AskNature #Biomimicry
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