- Видео 12
- Просмотров 49 686 058
GPhase
Добавлен 14 сен 2017
Theme for videos - things growing and biological processes like flowers blooming. Hence the channels name g phase, which refers to biological term G1 phase - cell growth.
Email for inquiries: gphaseforinquiries@gmail.com
Email for inquiries: gphaseforinquiries@gmail.com
Radish germination | Macro
Radish seed germination soil cross section, with emphasis on root hair and fine growth movement.
Root hair (or absorbent hair) is an outgrowth of cells (trichoblast) in plants root epidermis. Their main function is to absorb water and nutrients.
Sequence of images for this video was edited and exported with Capture One, save up to 10% using coupon code: AMBGPHASE
This sequence was deflickered using LRTimelapse: lrtimelapse.com?ap_id=MKjp7
Music: Magic Marker by Silent Partner
Root hair (or absorbent hair) is an outgrowth of cells (trichoblast) in plants root epidermis. Their main function is to absorb water and nutrients.
Sequence of images for this video was edited and exported with Capture One, save up to 10% using coupon code: AMBGPHASE
This sequence was deflickered using LRTimelapse: lrtimelapse.com?ap_id=MKjp7
Music: Magic Marker by Silent Partner
Просмотров: 755 279
Видео
Negative Gravitropism | Demonstration
Просмотров 492 тыс.5 лет назад
Negative gravitropism demonstration showing how mustard shoots react to change in pot position. Gravitropism is growth or movement response to gravity, observed in plants and fungus. Its is also called - geotropism. Just like phototropism, gravitropism can be positive or negative. To put it simply - positive gravitropism makes plants point same direction as gravity is puling - down, while negat...
Positive Phototropism | Demonstration
Просмотров 563 тыс.5 лет назад
Positive phototropism demonstration showing how garden cress shoots bends towards light. Phototropism is organism growth response to light, either positive - bending towards light source or negative - bending away from light source (for example plant roots). For this demonstration two identical light sources were places at similar distance away from pot. Light sources were places at similar hei...
Radish Time-Lapse - 68 days | Soil cross section
Просмотров 994 тыс.5 лет назад
Radish time lapse with soil cross section. Showing development of radish from germination to flowering. Both - roots and upper parts of plant are shown. This one didn't went according to plant. Initial plant was to make time lapse of a month or month and a half at most, but one of radishes started to bolt, which changed plan for time and composition. I didn't knew how tall it will get, so final...
BONUS clip | Bean time-lapse
Просмотров 230 тыс.5 лет назад
Bonus clip for Bean time-lapse video. This time focusing solely on bean seed. Bean time lapse can be wound at: ruclips.net/video/w77zPAtVTuI/видео.html Sequence of images for this video was edited and exported with Capture One, save up to 10% using coupon code: AMBGPHASE Music: Prelude No. 2 by Chris Zabriskie is licensed under a Creative Commons Attribution license (creativecommons.org/license...
Bean Time-Lapse - 25 days | Soil cross section
Просмотров 41 млн6 лет назад
Kidney bean time lapse with soil cross section. Showing how roots ant upper part of plant grows. Play speed - 17280x (one shot every 9 minutes 36 seconds played at 30 FPS). This was fourth attempt. During other attempts roots grew hidden, further from the glass. Sequence of images for this video was edited and exported with Capture One, save up to 10% using coupon code: AMBGPHASE Music: Blue Da...
Spinach Time-Lapse - 40 days | Soil cross section
Просмотров 2,7 млн6 лет назад
Spinach time lapse with soil cross section. Revealing both - how spinach leaves and roots grow. Root development is best visible at germination and 30 days in. Those brighter dots in the soil, moving like there is no tomorrow, are saprotrophs - bugs and worms that feed on nonliving organic matter. Play speed - 28800x (one shot every 12 minutes played at 40 FPS). Nutrient deficiency wasn’t plane...
Tulip Time Lapse
Просмотров 160 тыс.6 лет назад
Blooming tulip time lapse. Watch its petals unfold and anther develop. This process took three days to happen. Tulip flower is rather sensitive to temperature changes. In the end it closes petals because temperature dropped from 26 °C (79 °F) to 19 °C (66 °F). Music: Waltz of the Flowers by Tchaikovsky
This is what happens to bread in water
Просмотров 2,3 млн6 лет назад
Have you ever wondered what happens to bread left in wet plate? This time lapse shows how mold take over entire slice in 16 days. Bread made from rye and wheat. It was stored in refrigerator for about a month prior to taking time lapse. I suspect it would have taken even longer for mold to appear if it were fresh. Days 6, 10 and 15 are longer than others because parts of video shows footage fro...
Tiny ants working | Relaxing music
Просмотров 165 тыс.6 лет назад
20 minutes (ish) of ants carrying grains of sand out of their nest, accompanied with relaxing piece by Kevin MacLeod - Music for Manatees. Ants were found in Temperate broadleaf and mixed forest biome, in the middle of rarely used forest road. They appear to be Lasius platythorax, a closely related species to black garden ant (Lasius niger). Ants sized at about 3 mm (0.12 in) in length. Music: ...
Blooming Narcissus Time Lapse
Просмотров 84 тыс.6 лет назад
Blooming Narcissus Time Lapse. Entire flower on first half. Second part, a close up, reveals stamen development and movement in action. Total time - 4 days. Music - "Malmo Sunrise" by The 126ers
Garden Cress - Time Lapse
Просмотров 303 тыс.6 лет назад
Garden Cress time lapse. Total time - 7 days. Garden Cress is a fast growing edible plant, that can easily be grown indoors all year round. It take about 3 - 4 days to germinate and 2 - 3 weeks to be ready for harvest. Cress is highly nutritious plant containing vitamins A, C, K and some dietary minerals. Music - "The Story Unfolds" by Jingle Punks.
Love how HD this is
muito bom... mostra a gema apical, a gema lateral, cotilédones, uma bela monocotiledônia.
Nos gusta cómo haces esta muestra de cómo crecen las plantas en el próximo vídeo quiero que muestres cómo cómo sí cómo crecen los animales Y mueren Y cómo Y cómo resucitan si están desmayados Y me llamo Samuel muchos saluditos❤❤❤❤❤❤❤🎉 Y una cosa más quiero que usted nos diga que los animales porque existen Y por qué Y por qué Y por qué se reproducen YA veces no mueren huh Una pregunta más Y quiero que usted investigue porque los humanos existenmuchos saluditos me llamo samuel🎉😮❤
nice
🤯That is mind blowing!😲 That is cool!😎
Why is this in my mold mario comp?
?.?:what?
God is amazing wowwww
It’s like the plant is dancing 😂
i love plant ❤❤😊
I admire it so much, I wish my fate is better. Thank you all very much. www.youtube.com/@lythicao1971
where’s mario
nhu cuc
Ele já nasceu com sangue de forocista🪗🕺💃
Porque os comentários estão todos escritos em inglês
Idk about this plant but ive read studies on canabis regarding a faster growth rate in cases where the plants light cycle immitated its natural environment rather than being on a 24hr light schedule such as these . Morale is ... rest is important!
I tried doing the same thing with my cat, but it didn't work.
🤢🤮🤢🤮🤢😰😱
how are your plants all so successful?
wow🤩
❤
😂
Swordsmen use to give their swords a will of their own with plant extract potions so when an insidious humanoid impostor trespass in their area the sword would pivot on the frog and tip the swordsman to obey the sword draw the blade and slay the cunning monster, seldom having blood. Things like make the scabbard out of white oak or red maple next pour sorghum cold press milk down the scabbard mixed 50/50 with olive oil sword on hip balance 70/30. In Quest of the Holy Grail Potion~Good-luck!❤
After some years of astoinishing what a lot of dangerous human beiings are able to do ! Lucky to stay hopefull !
Why is this in a moldy Mario playlist
mold mario my beloved
Beautiful!
And what does this have to do with Moldy Mario? (It was on a Moldy Mario playlist)
❤Awesome PreSentation...thankS deeply foR sharinG your wonderful video with me!✌🤓🙏😇🌹🌞🌹☕🍵☕🎋
Sup Brothers
سبحانك ربي ما أعظمك
Cool
what if u touch it
Please come back. I used to love watching these videos but its been five years. Please return when you can.
Dari video ini bisa di simpulkan bahwa, Tamanan mengikuti pergerakan matahari karena fenomena fototropisme, yang terjadi pada tanaman ketika sisi batang tumbuhan yang mengarah ke arah cahaya matahari bergerak lebih cepat dalam pertumbuhan ketimbang sisi batang yang tidak mengarah ke arah cahaya. Ini merupakan cara tanaman untuk mendapatkan sebanyak mungkin cahaya matahari, yang merupakan sumber energi bagi tumbuhan.
Kesimpulan dari video tersebut tanaman tumbuh memanjang dengan mengikuti arah cahaya matahari, ini di karenakan ada nya hormon auksin. Hormon auksin ini membantu perpanjangan sel. Dimana ketika cahaya matahari muncul dan terkena tanaman. Hormon auksin akan berada di sisi sebaliknya sehingga menyebabkan tanaman tersebut dapat tumbuh memanjang
Grow plant
My daughter said "why the plant is dancing? " 😅😅
Because loving ❤ Life
Dalam video tersebut terlihat ketika cahaya berada di sebelah kiri, tanaman tumbuh memanjang mengikut arah cahaya. Namun ketika cahaya di pindahkan di sebelah kanan, tanaman berbalik tumbuh memanjang kesebelah kanan mengikut arah cahaya pula. Setelah di beri perlakuan perlakuan yang sama, respon yang di berikan tanaman juga sama.Hal ini dikarenakan oleh hormon auksin. Dimana hormon ini tidak menyukai cahaya, sehingga ketika cahaya berada di sisi kanan, hormon auksin akan menjauhi arah cahaya. Hormon akan berpindah kesebelah kiri, menyebabkan batang tanaman memanjang ke arah kanan. Ketika cahaya berada di arah sebaliknya, hormon auksin juga berpindah kearah sebaliknya. Sehingga tanaman memanjang ke arah kiri
Наяс
Dari video ini saya bisa menyimpulkan bahwa tanaman memiliki kepekaan terhadap matahari (fototrooisme , tanaman bisa membelok karena adanya' cahaya) hal ini di sebabkan karena tanaman memiliki hormon Auksin (pemanjangan sel) Auksin tergantung pada cahaya, Karena dapat menghambat penumbuhan (batang yg tidak terkena cahaya akan memanjakan karena adanya' penumpukan Auksin disitulah alasan mengapa tanaman membelok ke cahaya..
Wait it’s following the sunlight
Bro seriously, you think that all this organized and complex system comes by chance and randomness? without any great creator !! I strongly believe that you should think about it again and again.
Amazing
Growing is best. Life is good. Bible is true.
Love is best
See you again in 2030 bye
3:10 mo tsarebus 😊hyinlook
trich
Teşekkürler, maşallah
This was so amazing and absolutely impressive! Thank you for sharing this video lapse footage GPhase! Had no idea about circumnutation @bankable2790 so thanks!
1:12
Quality content is trending...yeer