After a year and a half of thinking about it -and after visiting Scott Hall on his farm, as well as the Permadynamics family in New Zealand - I finally took the leap and planted an infestation block of Acacia saligna. In this video, I am breaking down what Infestation actually means, and why it can be such a powerful lever - especially in brittle climates (Arid, Semi-arid or Mediterranean climates) Infestation isn’t a standalone method. It’s the first step in a broader framework called Successional Accumulation, a concept developed and coined by Scott Hall. The process unfolds in these three stages: - Infestation - Stabilisation - Succession We’ll dive deeper into each of these steps here on the platform as we go ! What I’ve found is that this approach is far more practical at scale than trying to plant everything all at once - especially when you’re limited in water, amendments, or access. And Scott covers his experience with it on his platform. It’s a way to work with constraints instead of fighting them, and it can significantly reduce costs while setting up a long-term resilience strategy. I’d really love to hear your thoughts. What species have you seen that could play a similar role in your climate ?

Hey everyone ! For the past two years I’ve been working toward something I’m finally beginning to implement: "the Infestation" a term coined by Scott Hall. Those of you on his platform will likely be familiar with it. Scott actually shared a design with me, and I’m currently in the middle of preparing the soil. - What is an infestation, and what’s the purpose? The concept of an infestation is simple—it’s essentially how nature most efficiently drives succession forward from bare or infertile soil. In natural ecosystems, a tough, fast-growing pioneer species colonizes poor ground because it’s the most adapted to those harsh conditions. It rapidly occupies space, outcompetes other plants, and establishes dominance so effectively that even grasses have little impact on its growth. After a few years, this often results in a dense hedge or stand of that species—you can clearly observe this along many roadsides. In my area, the species that naturally behaves this way is Acacia saligna. It self-seeds readily and is extremely resilient. Successional Accumulation Inspired by this natural process, Scott has been developing the concept of “Successional Accumulation.” The goal is to run syntropic agroforestry systems without external amendments by harnessing the initial growth and biomass production of the infestation phase. The system progresses through: - Infestation phase (pioneer dominance and biomass buildup) - Stabilisation phase - Succession phase - The end goal is the same abundance we seek in syntropic ag - but achieved only through plant power rather than external inputs. I won’t dive too deep into each phase here, but I’m happy to discuss further. Why acacias in the Mediterranean? Scott and I have discussed extensively how to adapt this to Mediterranean climates. We both see Acacia species as particularly promising pioneers (e.g., Acacia saligna, Acacia dealbata, Acacia pycnantha, etc.).

Hey you all ! I've been super busy planning out some interviews lately and working on developing my Instagram account to draw more members to the platform, while planting out the last systems for this year on the farm. Over time I'll cover them all here ! This interview with Scott is a gem, Scott is a really practical guy with a real proficiency with Syntropic ag, he's been installing many syntropic systems in Central America over 16 years of practice ! Enjoy the conversation !

Electing your plant species for your syntropic system is a very difficult process for many. It's this typical overwhelming process where you don't know which plants to choose, that's why I aimed at making it much easier for you; condensing it down to 30 plants that grow very fast. Bear with me, it doesn't include later succession species, but don't worry, it's much more important to elect the right species entering into the secondary phase of a forest rather than thinking too much about which species will come later, as you can plant these later anyway. Most important advice here, don't overthink it, use whatever species grows fastest in your context to establish your system ASAP. I've separated the low water needs plants from the moderate water needs from the high water needs plants - symbolized by the water droplets. To be clear this is about water requirements at establishment, many plants in the moderate water needs will become tough as nails over time but if not watered enough at establishment, they will die. As well, the pile of sand (only tagasaste) symbolizes the need of the plant to be in loose or sandy soil. The shovel means these plants require good decompaction to get a good headstart - meaning breaking down the hardpan in a clay compacted soil - ex: using a subsoiler. Also, the snowflake means that these plants are frost sensitive, typically when temperatures go lower than 2 degrees they can exhibit damage. these plants are truly meant for a mild Mediterranean climate - especially mild winters. Lastly, the successional role of these plants is added at the end : - Placenta : Short-lived - Usually about 5 years maximum within a Mediterranean syntropic system. They can reach maturity within 6 months to a year and provide the fastest growth at establishment of your system. - Pioneer - Secondary : Plants that consolidate the transition from scrubland to forest. They are fast-growing too - but not as much as the placenta plants, usually reaching maturity around year 2 or 3. They create these conditions for the secondary forest to take place by providing high amounts of biomass and shade for the secondary seedlings below.

Hey y'all. I am stoked today to share this interview I conducted with Scott Hall. He's been one of my mentors for 3 years now, and to give him credit he's the first one who introduced me to the approach practically speaking, after I watched the Youtube documentary "Life in Syntropy". And, still to this day, I have not found anyone in the syntropic space that can explain syntropic ag the way he does, that's because he's simplistic, practical and grounded rather than going down the rabbit hole of nerding out on the content - which happens a lot in this space. I'll leave you to enjoy this interview ! the next guest I've got in the pipeline is Klaus Lotz from Permadynamics - he's actually a member of this platform. I'm actually gonna put the link to Scott's platform called "The pathway to regeneration" on Mighty Networks where he shares foundations and principles of syntropic ag as well as progress on his farm and it's a great online community of a few hundred people, some of them really know their stuff and there's loads to learn from beginner level to intermediate to advanced level. https://the-pathway-to-regeneration.mn.co/share/UGipdeUOczQbL98y?utm_source=manual