Latest / Hydroponics Daily / Nature's Secret Code: The Fibonacci Influence on Hydroponics
Transcript
- 0:00Hello fellow growers, welcome back to Hydroponics Daily, the show that brings
- 0:03precision farming, natural science and future food together under one grow light.
- 0:08I'm Dr. Russell Sharp and today we're getting a little nerdy in the best way possible.
- 0:13Let's rewind to the 13th century to a mathematician named Leonardo of Pisa,
- 0:20better known as Fibonacci.
- 0:21He wasn't studying lettuce or even hydroponics. He was solving a problem about
- 0:25how rabbits breed, but in doing so he uncovered a simple elegant pattern that
- 0:30would echo across art, nature, architecture and yes, even the plants growing
- 0:35in your hydroponic system.
- 0:36That pattern is now known as the Fibonacci sequence and it's everywhere.
- 0:42Today we're going to look at how it shapes plant growth and how understanding
- 0:45it can make you a better hydroponic grower.
- 0:48Let's deep dive into nature's secret code.
- 0:51So here's the gist. The Fibonacci sequence is a string of numbers where each
- 0:56number is the sum of the two that came before it.
- 1:01Okay? 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, and so on and so on.
- 1:12So 34, the last number, is the sum of 13 and 21, the two numbers that preceded it.
- 1:18Fibonacci first introduced this sequence in his,
- 1:211202 book Liba Abaci while modelling rabbit population growth.
- 1:28What he didn't realise at the time is that the same sequence shows up everywhere in nature.
- 1:35From the number of petals on a flower, to the spiral pattern of a sunflower,
- 1:39to the layout of pine cones, pineapples and even hurricanes.
- 1:43This pattern helps living things organise themselves efficiently and beautifully.
- 1:49So what about fibonacci in hydroponics even
- 1:53in high-tech hydroponic systems plants still obey
- 1:56the old codes of nature you can find fibonacci patterns everywhere so leaf arrangements
- 2:03or as scientists call it phylotaxi most leafy greens and herbs think basil lettuce
- 2:09kale grow their leaves in spirals, in a rosette,
- 2:13typically separated by around 137.5 degrees.
- 2:18This golden angle ensures maximum light capture with minimal leaf shading.
- 2:23By understanding this, you can train and prune more intelligently.
- 2:27Potentially, space plants more efficiently in vertical and horizontal systems,
- 2:32and avoid dense light-blocking canopies.
- 2:35What about flowers and fruit structures? tomatoes cucumbers
- 2:38and strawberries are all hydroponic stables well
- 2:42strawberries maybe more in the future certainly they're
- 2:45looking at it well outdoors nft and maybe not indoor
- 2:48strawberries often they often show fibonacci in the number of petals seed arrangements
- 2:52and even in fruit spirals these patterns relate to pollination efficiency and
- 2:58fruit uniformity helping you plan and train and support strategies having now
- 3:02a uniform strawberry crop is essential not having a deformed one.
- 3:07Even roots, under microscopes, root branching often follows fractal or Fibonacci-like structures.
- 3:13It's about maximising surface area without wasting energy.
- 3:18So why does it matter? Because hydroponics is all about optimisation and the
- 3:22Fibonacci sequence is nature's cheat code for efficiency.
- 3:26Plant spacing. Try spiral layouts or spacing plants in Fibonacci ratios like
- 3:311, 2, 3, for one, two, three, five, especially in circular or vertical grow towers.
- 3:37This can help you reduce shading, increase airflow and improve canopy uniformity.
- 3:42Maybe a good one for DWC, standalone plants.
- 3:45At training and pruning, when pruning tomatoes or basil, you could consider
- 3:49removing leaves in a one or three or a one in five node rhythm to mimic natural spacing.
- 3:55Probably not going to do that though, to be honest, are you?
- 3:58This could improve light penetration, reduce disease pressure in dense hydroponic systems.
- 4:03It might be that you could look at lighting placement, especially under canopy or side lighting.
- 4:08Because leaf angles follow the golden ratios, you can design multiple angles
- 4:11or spirals of lighting to better match the growth habit.
- 4:14And crop scheduling. Fibonacci like growth spurts, for example,
- 4:18how many leaves or branches appear over time?
- 4:20Can it help you predict to switch from veg to flowering or when to harvest?
- 4:25Some experiments for growers are using Fibonacci inspired layouts,
- 4:29spiral NFT channels to improve light access and reduce footprints,
- 4:33bio-spiral towers that mimic natural growth efficiencies,
- 4:36a lot of computer-aided design, big hydroponic systems, certainly in tower-based
- 4:42systems would be using this, and even AI models that predict plant growth using Fibonacci sequence.
- 4:47So it's not just a theory, it's real, it's usable, but at the very least,
- 4:51it's interesting to look for.
- 4:52It's something else you can look for in your grow, especially if you're looking
- 4:55down at your plant from above, and you can pick up the natural spirals,
- 5:00maybe even try counting them to make sure that they are fibonacci sequence
- 5:03because not all of them always are so that's something to consider so that's
- 5:08been hydroponics daily for today it's an interesting maybe not the most applicable
- 5:13to everyone topic but i thought i'd bring it up because it's an interesting
- 5:17topic and that wraps up hydroponics daily for today so the inner hidden geometry
- 5:22of your plants in your growing,
- 5:24if you think i've missed something about fibonacci sequence then leave a comment
- 5:28on social media and then i'm sure i'll pick it up and mention it in a future
- 5:32episode so i'll probably put some psychedelic fibonacci sequence as the episode
- 5:38artwork for today thank you very much for listening till tomorrow goodbye.