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Agroecology lab

Category: robot

Robotic harvesting for Vertical Aquaponics

January 26, 2018February 2, 2018 openseedsAquaponics

Been thinking about what it is that makes robot harvesting difficult. Part of the problem is picking up the cut leaves. By growing vertically that harvesting could be easier, using a relatively cheap robot arm with scissors and a bucket (above from Micropede) You’d need to move the arm around, possibly using Tslot as rails…Continue reading Robotic harvesting for Vertical Aquaponics

Seed sowing robot

December 13, 2017February 2, 2018 openseedsrobot

Sowing seeds is often a pleasurable activity, it can become tedious or routine on a large scale. It seems like it should be fairly easy to automate with a vacuum and a XY rack of some kind. Or a conveyor belt system You can get commercial systems: And there is a couple of Arduino versions…Continue reading Seed sowing robot

Open Source horticultural robots

November 12, 2017February 18, 2018 openseedsrobot

So it seems to me robotics is interesting in agriculture where the following conditions are met Uses power generated on site Reduces fossil fuel use Designs are opensource I think the best way of reducing weeds is to use mulch, either compost, or a long lasting aluminium mulch Which in a small horticultural setting basically…Continue reading Open Source horticultural robots

Zero fossil fuel inputs

Reducing our fossil fuel consumption is the first step towards a regenerative agriculture

No off-site fertility

Aims for zero inputs of off-site fertility

Protein-rich staple foods.

Focuses on crop systems producing protein-rich staple foods.

Improving on Farm Protein Production

The Agroecology lab conducts research into human-scale, low-carbon agroecological systems for the UK context. It operates from a one-acre site near Yate.

Food Security, and Ecological Resilience.

We sit at the intersection between Sustainable food and Permaculture and the digital revolution

Open Source research

We study, design, manage and evaluate proof of concept agricultural systems.
Considering the interactions of all important biophysical, technical and socioeconomic components of farming systems

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