Pursuing study and projects oriented toward alchemy and ecology, I have had the privileged opportunity to start a land project at Willows Edge Agroforest. This project is intended to make space for ecological mutualism and for a mother tree nursery that can be used to start a variety of tree nurseries. There’s lots of updates I’d like to share about that, but even with the work done and the photos taken, it takes time to report out about it.
Here’s a gallery to share a big weekend at Willows Edge. This was the an eventful occasion: the weekend of my ‘golden’ birthday, my first time camping out in the workshop-cabin now referred to as the casita (Spanish for ‘little house’), the completion of finding permanent homes for the hundreds of trees I began from seed in Fall 2019, and first sight of the organic farm starting on a lease of 2/3rds of this area. A great five days with friends and allies, human and otherwise, shared with much thanks.
Here is a response I want to share from a question about how tree crop enthusiasts are keeping track of plantings and related info:
Metal tree tags on locust stakes are low-tech and work reliably. For a more advanced, digital approach, I use QGIS. It offers the benefits described in a comment above about ArcMap, but it is free and open-source software. It has a little bit of a learning curve, but it is a very powerful tool and it can interface with other geospatial technology including GPS, Google Earth, and iNaturalist. If you try this route, I recommend focusing on the following steps to begin with.
Find and download raster files (.jpg, .tif) for overhead views of your Area of Interest (AOI). These files are referred to as aerial imagery or orthoimagery, and in the U.S. you can get them from county GIS websites or from https://nationalmap.gov.
Follow a basic tutorial about raster vs. vector file types, and creating shapefiles.
Create a polygon shapefile for your AOI boundary- Create a point shapefile for your individual plants.
Add new attribute fields to your ‘plant points’ shapefile to describe characteristics you want to keep track of. Here’s some fields I use (+ examples/explanation):
species (corylus spp.),
planted_date (fall 2019),
permanent (y/n in case it is to be transplanted),
measured (y/n to indicate if its location is precise or estimated),
source (to keep track of cultivars, purchases, etc),
updated (date for when this entry was last updated, since inevitably the records can get out of date; update this every time you update any other field for this data row)
notes (misc info that doesn’t fit cleanly in other fields, try to use this sparingly as it is better to have distinct fields in case later on you want to select or analyze plants based on some attribute)
At this stage, you will have a powerful, interactive map of your AOI, with individual points or polygons to depict features of interest on your property, and those features can have a miniature (or massive) database of characteristics associated with them. You can have as many or as few fields as you’d like, and you can even associate fields (e.g. feature_ID) with other datasets, such as yield records or amendment history for an orchard block.
A basic tutorial about Coordinate Reference Systems (CRS) and about Georeferencing would be helpful to get ahead of GIS software’s more confusing aspects. Using an appropriate and consistent CRS is especially important for making accurate spatial measurements. You can also go to https://gis.stackexchange.com with questions.
– We are all unreliable narrators of our own lives. – To tell a story is inescapably to take a moral stance. – Stories are the way we make sense of our lives. – The way we narrate our lives shapes what they become. – Change, even really positive change, involves a surprising amount of loss. – What would happen if you looked at your story and wrote it from another person’s point of view? – Life is about choosing which stories to listen to, and which ones need an edit. – There’s nothing more important to the quality of our lives than the stories we tell ourselves about them.
Though the work is easier together, we spread out in the darkest time of year to cozier burrows, diffusing the weight of winter, lighter on the land. Though it is dark, we are warmed to know there are familiar others nearby. Our struggles are tied up together, and while one faces scarcity, someone else has more than enough to share, so that we may survive together and work together in brighter times.
So it has been through the ages. So it is still in little ways in overdeveloped places where big systems eclipse mutual aid: we turn to neighbors for power during long outages, for tool shares, for relationship. So it is still in big ways in underdeveloped places where small systems are made sufficient by human relationships: cooperating to cultivate land, to maintain infrastructure for basic needs, for relationship.
The lessons of the seasons proceed before us, though we may be distracted by a house on fire, our own or our neighbors.
May we be there for each other, so that we may all meet our needs, in mutual benefit with the sources of that sustenance and satisfaction. May peace be upon you.
Temperate-climate agroforestry offers the potential for long-term ecological mutualism with humans and trees, and while it is time-tested in having sustained millennia of our ancestors, there are many hurdles to shifting lifeways toward agroforestry in 2020. In this post I introduce the main challenges I have identified, and I outline a potential approach to overcome these challenges. In short, that approach is an agroforestry worker cooperative that ‘owns’ (has rights of control, and rights to returns) land and practices stewardship so to advance tree crops and sustain itself.
I hope this clarifies opportunities that we can turn into realities, to support multi-generational stewardship of trees for basic needs in a way that is mutually beneficial to all relations involved.
The amazing abundance of trees from seed. Reforestation happens through a range of approaches, and from seed is one of the simplest, cheapest, and most time-tested of ways. It comes with pros and cons, the bad including relatively high loss and diversity of traits (such as shell thickness or fruiting time, which industrial operations seek consistency in). In such chaotic times diversity is good. This low-tech approach embraces loss en route to life. Life of the critters enjoying these trees & their seeds along the way, life that comes with the space and legacy of endings, life from letting life be as it will. Seed is a powerful source of sustenance, survival, and succession toward better local adaptation for chaotic futures.
Like the idea of trees and long-term improvement, enjoyment, environmental restoration, and if needed, sustenance? Hazelnuts are a tree you can trust to thrive easily and be enjoyable company. Measuring in at 18ft high and 15ft across, these beautiful bushes have been at the heart of our ancestors’ lives for many, many millennia. Food; some of the healthiest fats available to us. Fiber for homes and many essential crafts. Fuel as both coppice1 firewood and as-energy-dense-as-coal residues (shells and husks) for burning (is that true? nearly2).
Hazel is a gift in social resilience as well. A folk hero. How do all the gifts hazel offers sound as renewables, compared with other strategies for food, fiber, fuel, health and wellness? Fossil fuels and ‘renewable’ energy that depends on mining and toxic processing at industrial scales is degrading the foundations of life: water, soil, air, weather, ecosystems. How about a hedge of hazels instead?
How about a biocultural renewal? A deep adaptation? A relational agriculture that reciprocates and enhances nature’s gifts rather than degrading them.