Observe plants
Repeat views, record coverage and make changes easier to review.
Restoration · Research direction
Help ecosystems recover. Learn to repeat what works.
Native planting, rainwater capture and robotics offer complementary possibilities. Our research direction connects them through a question: how can an initial intervention support lasting recovery with less continuing care?
Miyawaki-inspired native woodland
How a native woodland patch begins.
Miyawaki is an approach to establishing dense, mixed native woodland. Species, vegetation layers and soil preparation work together in a patch suited to the site.
Our research asks how this planting approach can work with passive rainfall capture. Establishment without irrigation, including at planting, is a hypothesis to evaluate locally.
Study nearby reference ecosystems and select species suited to local soils and rainfall. Begin where native woodland belongs.
Combine suitable canopy trees, smaller trees and shrubs. Different growth forms can develop a layered woodland structure.
Bring seedlings of several native species close together. Adapt the mix and density to the site’s resources and constraints.
Assess soil structure, compaction and organic matter. Preparation should help roots establish and water enter the soil.
A mulch of suitable plant material covers exposed soil. It can reduce moisture loss and support establishment.
As roots and vegetation develop, record survival, growth and soil moisture. Include every intervention needed to sustain the patch.
Rain, soil and gravity
Let the landscape help water reach roots.
Runoff is rainwater flowing across the ground. Infiltration is water entering the soil. The design under study uses small changes in land shape to connect these processes.
Rain falls on the site or arrives as surface flow. Timing, intensity and slope shape the available water.
Shallow earthworks direct runoff towards planting areas. A planned outlet lets excess water continue downstream.
Slower flow gives water time to enter soil pores. Soil structure helps determine how much can enter.
Some water remains in the soil for plants to use. Follow its availability through wet and dry periods.
The research target is establishment without irrigation, including at planting, using gravity and soil moisture rather than pumps, tanks or drip lines. Trials must measure both plant survival and water movement.
Recovery beyond the planted area
A patch can be a beginning.
Applied nucleation means planting selected patches to encourage natural regeneration around them. It concerns how recovery spreads across a landscape; Miyawaki concerns how a dense native patch is established.
Locate existing vegetation, seed sources and barriers to natural recovery.
Native patches can offer shelter, change local conditions and attract seed dispersers.
Compare native establishment beyond the patches with suitable reference areas over time.
Successful nucleation depends on the surrounding ecosystem, seed sources and local conditions. Evidence of expansion must come from the site.
Give each machine useful work.
Observation is the starting point. Field machinery would develop around specific tasks and terrain, with a shared record connecting interventions to outcomes.
Support field work
Explore tools for defined preparation, planting and maintenance tasks.
Follow the results
Return to known locations and connect observations across seasons.
Three hypotheses. Separate evidence.
A useful field programme distinguishes establishment, continuing effort and wider recovery. Progress in one does not settle the others.
Establish with rainfall
Can native plants survive without irrigation from the moment of planting, through local wet and dry cycles?
Reduce continuing care
How much maintenance, replacement and repeat work is required to sustain the planted area?
Encourage wider recovery
Does native vegetation establish beyond the planted patches, and how does that compare with reference areas?
- Survival and growth
- Care, interventions and total cost
- Regeneration beyond the patch
- Soil moisture and downstream water
The unit of progress is a living system that persists. Records should follow seasons and years, alongside every intervention needed to support it.
The Long Care
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Trees reaching maturity · long-term ambition
A mission measured in generations.
Our long-term ambition is to help one trillion trees reach maturity through planting and natural regeneration, in places where forests belong. Survival, wider recovery and enduring care give that ambition meaning.
Robotánica builds the tools
We are a for-profit company developing robotics products and services. The first greenhouse product is a concrete route towards customers, operating experience and a lasting business.
The Long Care holds the wider mission
Founded from Robotánica, The Long Care sets out a framework for a future federation of people and organisations working across ecosystems, technologies and generations.
Read The Long Care charterUseful products support the company. Research develops methods. Long-term collaboration gives restoration a horizon beyond any one product.
Build with us
Let’s discuss a greenhouse pilot, field research or investment.
The work starts with a specific growing space, field question or investment thesis.
Email us[email protected]