@annissa.modroukas: ❤️❤️

Annissa
Annissa
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Region: US
Friday 14 February 2025 21:32:28 GMT
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.xxxtentxcion
isa🎀 :
ur unreal woah
2025-02-15 15:52:33
1
ava_poniros12
Ava💋 :
You’re so pretty! I miss seeing you and camp
2025-02-19 03:12:39
1
peytonsavarese
peyton :
you’re perfect
2025-02-14 22:09:35
0
melina_alai
melina 🫧🫧 :
holy moly
2025-02-14 21:38:09
1
_mak4y14
makayla :
omgosh u look so good
2025-02-15 00:05:51
1
jillianngordonn
Jillian :
prettyyy
2025-02-14 21:49:11
1
mina.kavrakis
Heather :
ur so perfect
2025-02-14 22:31:40
1
ivereigh
ivereigh :
So pretty
2025-02-14 21:41:07
1
angelinaspams5
angelinamazzei :
MY FAV
2025-02-14 22:31:19
1
thisisdefnotnora
Noraaa 🫧🫧🫧 :
You actually look gorgeous
2025-02-14 21:48:40
0
gracepanop
Grace 💝⭐️ :
mouth dropped omg.
2025-02-14 22:37:02
1
elisamazz10
elisaaa💌 :
Gorgggf
2025-02-15 22:23:54
1
annapolenta6
Anna_❤️ :
Beautiful girl😍😍😍
2025-02-15 07:26:14
1
celine_ns
Celine💋 :
So so pretty
2025-02-14 22:00:50
0
ziniasajjad_
Zinia :
Stunningg
2025-02-15 04:03:21
1
onlynicyouneed
onlynicyouneed :
ur perfect holy shit
2025-02-14 21:36:39
0
oofoshalbigfoot
camila :
so stunning
2025-02-15 03:34:57
1
pamelaa0613
Pamela 💗 :
gorgeous
2025-02-19 14:48:30
0
juliette.dassouras
juliettee :
annissa you are stunning
2025-02-14 22:20:29
1
liapelosi
Lia :
Omg stunning
2025-02-15 03:44:42
0
nicolle_c22
nicolle🦆 :
ur beautiful
2025-02-14 21:58:28
0
alexazelatis
lex🙈 :
U LOOK AMAZING
2025-02-14 23:18:48
0
ryanspillane_
ryan spillane :
GORGG
2025-02-15 00:55:46
0
mia.bertuzzi
mia :
so so gorg
2025-02-14 23:41:36
0
lowkbigspam1234
alex 😇🎀🦄🌅 :
U r perfect
2025-02-14 21:45:06
0
To see more videos from user @annissa.modroukas, please go to the Tikwm homepage.

Other Videos

Building a Self-Sustaining Biosphere: From Sealed Jars to Earth-like Glass Globes! Description: Embark on an extraordinary journey of creating a self-sustaining biosphere with our latest project! Inspired by the iconic Biosphere 2 experiment, we're taking things to the next level by constructing a larger, Earth-like sealed glass globe. Last year's attempt in a sealed jar with a simulated sun using a lamp didn't last three months as planned, but this time, we're up for a bigger challenge that promises to be even more fascinating. In this comprehensive guide, we break down the process into three crucial steps to ensure the success of our biosphere. Step One focuses on solving the water source problem by building a realistic underground river. By layering gravel, volcanic rocks, dividers, and filter cotton, we create a triple-filter system that stores water efficiently at the bottom. The setup not only looks impressive but also functions perfectly, as evidenced by our successful water tests. Moving on to Step Two, we dive into creating a diverse soil layer. Utilizing three different types of soil, we incorporate lessons learned from our initial failure to enhance plant diversity. Rocks are strategically placed to create natural divisions, and a dead tree adds an aesthetic touch. The centerpiece of our ecosystem is the resilient ferns from the Carboniferous period, once the primary food source for dinosaurs. These ferns, along with insect-suppressing plants and common mosses, form a robust and dynamic plant community. Interestingly, mosses in our biosphere have the magical ability to detect air pollution levels, adding an extra layer of functionality to our setup. Finally, we test the effectiveness of our underground river by adding water, watching as it perfectly moistens the upper soil layers. To complete the environment, a daylight lamp is installed to simulate the sun, bringing our biosphere to life as the light illuminates the scene. In our next episode, we'll introduce consumers and decomposers to balance the ecosystem. We're eager to hear your recommendations for organisms to include - share your suggestions in the comments below! Whether you're a biology enthusiast, an aspiring ecologist, or simply curious about creating sustainable environments, this project offers valuable insights and inspiration. Join us as we build a miniature Earth, exploring the delicate balance of nature and the incredible resilience of life. Don't forget to like, share, and subscribe for more updates on our biosphere adventure! Hashtags: #BiosphereProject #SelfSustainingEcosystem #EcoChallenge #SustainableLiving #BiologyExperiment #Biosphere2 #ClosedSystem #EcoFriendly #GreenPlanet #ScienceProject #EnvironmentalScience #DIYBiosphere #NatureLovers #EcoInnovation #SustainableFuture #AquaticEcosystem #PlantDiversity #AirPollutionDetection #MossMagic #FernResilience #TikTokScience #EcoBuilding #LifeSupportSystem #EarthReplica #ScienceInspiration
Building a Self-Sustaining Biosphere: From Sealed Jars to Earth-like Glass Globes! Description: Embark on an extraordinary journey of creating a self-sustaining biosphere with our latest project! Inspired by the iconic Biosphere 2 experiment, we're taking things to the next level by constructing a larger, Earth-like sealed glass globe. Last year's attempt in a sealed jar with a simulated sun using a lamp didn't last three months as planned, but this time, we're up for a bigger challenge that promises to be even more fascinating. In this comprehensive guide, we break down the process into three crucial steps to ensure the success of our biosphere. Step One focuses on solving the water source problem by building a realistic underground river. By layering gravel, volcanic rocks, dividers, and filter cotton, we create a triple-filter system that stores water efficiently at the bottom. The setup not only looks impressive but also functions perfectly, as evidenced by our successful water tests. Moving on to Step Two, we dive into creating a diverse soil layer. Utilizing three different types of soil, we incorporate lessons learned from our initial failure to enhance plant diversity. Rocks are strategically placed to create natural divisions, and a dead tree adds an aesthetic touch. The centerpiece of our ecosystem is the resilient ferns from the Carboniferous period, once the primary food source for dinosaurs. These ferns, along with insect-suppressing plants and common mosses, form a robust and dynamic plant community. Interestingly, mosses in our biosphere have the magical ability to detect air pollution levels, adding an extra layer of functionality to our setup. Finally, we test the effectiveness of our underground river by adding water, watching as it perfectly moistens the upper soil layers. To complete the environment, a daylight lamp is installed to simulate the sun, bringing our biosphere to life as the light illuminates the scene. In our next episode, we'll introduce consumers and decomposers to balance the ecosystem. We're eager to hear your recommendations for organisms to include - share your suggestions in the comments below! Whether you're a biology enthusiast, an aspiring ecologist, or simply curious about creating sustainable environments, this project offers valuable insights and inspiration. Join us as we build a miniature Earth, exploring the delicate balance of nature and the incredible resilience of life. Don't forget to like, share, and subscribe for more updates on our biosphere adventure! Hashtags: #BiosphereProject #SelfSustainingEcosystem #EcoChallenge #SustainableLiving #BiologyExperiment #Biosphere2 #ClosedSystem #EcoFriendly #GreenPlanet #ScienceProject #EnvironmentalScience #DIYBiosphere #NatureLovers #EcoInnovation #SustainableFuture #AquaticEcosystem #PlantDiversity #AirPollutionDetection #MossMagic #FernResilience #TikTokScience #EcoBuilding #LifeSupportSystem #EarthReplica #ScienceInspiration

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