MAIN IDEA
- An interactive map in 'QGIS' with field mapping in 'Qfield', for mapping and design of a Permaculture site.
Workflow overview
- integrate data layers
- desktop preparation (QGIS)
- imported layers from an existing dataset, such as NextGIS, 'Ausmap plugin' (if you're in Australia) or a custom dataset built in QGIS
- hybrid sat imagery
- contour lines
- soil type
- climate zone
- water eg. Mains, groundwater
- power eg. Transmission lines
- mobile field mapping (Qfield, synced with 'Qfield Plugin' in QGIS)
- drawing tool (Qfield and QGIS):
- GPS (internal/external rugged Bluetooth GNSS receiver)
- motion mapping
- points
- polygons
- lines
- distance + area measurements
- freehand
- multimedia, geotagged (Qfield)
- photos
- audio
- video
- text annotations
- other
- 3D objects
- label tool (in QGIS)
- layer icon interactive 'buttons' -> databases, multimedia
- infrastructure/object
- linked into an infrastructure/object database
- eg. Buildings, water tanks, PVs, swales, Zai pits, paths, biochar kilns (Kon-Tiki 'Essential' or Flame Cap 'Corrugated Box' Panel Kiln)
etc.
- DIY (appropedia.org)
- commercial/OTS products
- can add objects from the field (Qfield) into the database (database training)
- plant species
- linked into plant databases eg. PFAF, Permapeople
- could also use AI plant recognition during mapping ('Plantnet' integration)
- wild energies on the site
- freehand tool
- cartography template overlay
- (check QGIS plugins)
- title
- northing
- scale
- info
- legend
- Auto add of icons to the legend
- integrated with 'label tool' eg. Global icon change on map with newly selected icon/object in databases (plugin)
- other features
- multilingual
- support for Bluetooth GNSS receiver
- cross-platform: Android/iOS/macOS/Windows/Linux
- various import/export formats for GIS desktop software
- jpg, PNG export
- C footprint (regenfarmer)
- 3D visualization (QGIS, regenfarmer)
- hololens AR
My conclusion
- plenty of software out there, some specific to Permaculture eg. SAGE, Permapeople 'Garden Planner'
- fuck all with mapping and design integration
-why reinvent the wheel with a standalone software platform when the Qfield (with free tier)/QGIS platform has a brilliant and supportive open source community and plugins can be built as needed
(with Python) to mod the workflow?
- some very urban landscape planning software with mainly ornamental plants (not very useful)
- iScape for android has potential with AI plant recognition
- 'Plants for a Future' and 'Permapeople' both have great plant databases
- Failing that, I've imported a Mediterranean food forest plant spreadsheet (XSLX) from PFAF into QGIS as a spreadsheet layer and 'Attribution table' (using the 'Spreadsheet import' plugin)
- I can make new vector layers and label from copied plant name cells from the above table
- I can map out infrastructure not obvious on the Google Earth hybrid sat data from the 'Ausmap plugin'
- I can import XML icon datasets via 'Style Manager', 'QGIS Hub' and 'QGIS shared resources' plugins
- I can select the desired icon for a given vector layer
So, the overall tech stack is:
- android (or iOS) smartphone with 'Qfield' (onboard GPS can be used but with less accuracy than a dedicated bluetooth GNSS unit, preferably rugged)
- Ubuntu (or windows/Mac OS) laptop with 'QGIS' and plugins (there are more than 2000 of them, mostly free with some paid)
- 'Food forest plants for Mediterranean Conditions' book (from PFAF, for Med/semi-arid climate zones) (or other food forest books eg.arid, temperate, sub-tropical, tropical etc.) for cross
referencing with the spreadsheet
- Clip studio
- additional design work on the main map but probably don't need since QGIS has free drawing and annotation capabilities
- useful for additional drawings/sketches, which could be linked to icons on the main map
What do you think? Please use the form on the 'Contact' page for any feedback or possible collaboration.