Erik Schellenberg & Andrew Faust on Permaculture Syntropy

This article explores the convergence of permaculture and syntropic agriculture, drawing insights from the perspectives of Erik Schellenberg and Andrew Faust. It examines the foundational principles of both systems, emphasizing their shared objectives of ecological restoration and sustainable food production, while also differentiating their methodologies and practical applications.

Permaculture, understood as a design science, centers on observing natural patterns and integrating diverse components to establish self-sustaining ecosystems. Its focus is on achieving long-term ecological stability, efficient resource utilization, and the development of resilient human settlements. Key permaculture principles discussed include collaborating with natural processes, engaging in observation and interaction, capturing and storing energy, ensuring a yield, and valuing and utilizing renewable resources and services. The article highlights that permaculture frequently involves designing multi-functional systems that emulate natural forests, incorporating edible plants, medicinal herbs, and beneficial insects to cultivate a harmonious and productive environment. The concept of "stacking functions" is presented as crucial, where each element within a design serves multiple purposes, thereby contributing to the overall health and productivity of the system.

Syntropic agriculture, conversely, is described as a more intensive and dynamic approach to ecological restoration and food production. Originating in Brazil with Ernst Götsch, it aims to accelerate natural succession processes through strategic planting and management. The core concept involves creating highly diverse and dense plant communities that mimic the structure and function of natural forests, with a strong emphasis on producing food and other valuable resources. Syntropic systems prioritize the rapid accumulation of biomass, which is then utilized as mulch to nourish the soil and stimulate microbial activity. This continuous input of organic matter is essential for building soil fertility, enhancing water retention, and fostering a thriving soil food web.

A significant distinction highlighted is the emphasis on "life in abundance" within syntropic agriculture. This entails planting a wide array of species with varying life cycles and growth habits in close proximity, fostering a dynamic and competitive environment that promotes rapid growth and nutrient cycling. The article explains that syntropic systems often involve a high degree of intervention, including frequent pruning and coppicing, to manage plant growth, generate biomass, and direct energy flow within the system. This active management is not viewed as disruptive but rather as a means to mimic natural disturbances and accelerate ecological processes.

The article also discusses the concept of "stratification" in syntropic agriculture, where plants are selected and arranged according to their height and light requirements, creating multiple layers of production. This maximizes the use of available sunlight and space, leading to higher yields per unit area. Examples of stratification include tall canopy trees, understory fruit trees, shrubs, and groundcover plants, all coexisting and mutually supportive.

While permaculture often focuses on establishing stable, long-term systems with minimal external inputs once established, syntropic agriculture is presented as a method for rapidly regenerating degraded land and creating highly productive ecosystems in a relatively short timeframe. Both approaches share a profound understanding of ecological principles and a commitment to working in harmony with natural processes. The article suggests that these two methodologies can be complementary, with permaculture providing the overarching design framework and syntropic agriculture offering specific techniques for accelerating ecological succession and maximizing productivity within that framework. The discussion underscores the importance of observation, experimentation, and adaptation in both permaculture and syntropic agriculture, emphasizing that there is no universal solution but rather a need to tailor practices to specific contexts and conditions.