R&D System
Institute at Earthshot Labs

Open Science Lab System — discovering pathways to nature-based solutions.

Can a streamlined research and development methodology scale natural regeneration?

Design Lead ● 9 months

Climate Resilience ● UX Research ● Interaction Design ● Product Design

Overview

Collaboration is essential to catalyze ecological regeneration at planetary scale and overcome the twin crises of global warming and nature collapse. 
Open science research and open source data engineering are significant methods to understand, systemize, and support these efforts. Earthshot Institute, with its lab framework, constitutes an inventive trellis for their flourishing.

As one of two co-directors of this early stage climate tech nonprofit, I served as creative director, lead designer, and front-end developer. I reported directly to Aaron Hirsh. Austin Klemmer provided critical insights in the early development process. 

process appraisal — 2 minutes
OverviewResearch ProcessLab Development CycleLaunch, Onboard, TestResults
The environment and the economy are really both two sides of the same coin. If we cannot sustain the environment, we cannot sustain ourselves. — Wangari Maathai
Research Process

The Challenge

The community that had recently become the Earthshot Institute (E.I.) was amorphous and disorganized. Once a dynamic and productive decentralized open research community, it had become disheartened by the departure of its leadership to pursue other interests. The challenge was to define a framework that would restore dignity, vitality, and productivity to the open community.

Gathering Insights

To stay in budget and focus on speed and address community needs in a timely manner, I implemented a lean UX research process.

Interviews

My process started with gathering insights through one-on-one interviews with members of the open community. My main queries focused on:

1. What works?

2. What doesn’t work?

3. Questions?

4. Ideas?

WORKSHOP

These conversations allowed to accumulate rich insights about the nature, composition, modes of interaction, and pain points of the research community. It also provided the momentum to plan and hold a community workshop.

My goal was to understand further the current state and document specific user stories for various key personas.
I defined four theme based activities to drive our time together:

1. Finding and navigating E.I.

2. Setting up a lab

3. Running a lab

4. "Completing" a lab

Many valuable insights were generated from this exercise, facilitating a robust representation of the community structure at that given moment, and pointing to where it needed to go.

It also defined driving questions for E.I.'s larger organizational design.

TECTONIC CLUSTERS

The experiences documented throughout the workshop became the foundations of the strategic approaches driving the development of the Earthshot Institute organizational platform of which the Open Science Lab System became the backbone. The long-lasting growth of the community would be fostered by a set of carefully specified persona clusters with defined roles, tasks, and precise prompts to participate in the open community.

Defining their relational chassis was crucial.

Lab Development Cycle

Why an open science lab system?

IMPROVE MEMBER EXPERIENCE

Pain points directly and indirectly relate to the lack of expectation in the original generating structure. A streamlined lab framework put forth a clean, cohesive version of the Earthshot Institute offerings that simplifies and enhances the experience of current members, facilitating member retention.

Streamline engagement

Entry points were greatly clarified, allowing a great increase in impactful engagement. New community members can easily identify how to contribute their skills and resources towards a co-designed regenerative interventions. Expectations, impact, and rewards are straightforward from the get-go and throughout.

How does it work?

A GROWTH GUIDING TRELLIS 

Earthshot Institute labs are conceptualized as living organisms, with a starting stage, successive recurrences characterizing its growth and maturation, a reproduction configuration, and a late honorific stage. The lifecycle of a lab is strategically enshrined through infrastructural products, contractual documents, and step-by-step methodologies.

TRIPOD STRUCTURE

E.I Labs funnel participants into regenerative operations by bridging traditionally siloed modes of action: academia, the tech innovation sector, and diverse organizations with impact on the ground.

EI LAB CHARTER

A charter signed by all members of a lab enshrines the roles, temporal frameworks, steps, and open science research methods into a common contract. It served to define a calendar and email integration prompting labs to follow a common schedule and sync up for org-wide updates.

What does it look like?

VISUAL DIFFERENTIATION

I created an emblem library to quickly identify labs across various collaborative platforms (website, google drive, slack, github, notion, etc). The black and white cutout with a highly grained texture was meant to be reminiscent of old scientific textbooks.

OPEN SCIENCE PLATFORM

Each lab dives deeply into a specific ecosystem, collecting knowledge, datasets, and models relevant to the larger interconnected system. "How can these dataset be made available to serve other endeavors?" was a question that had come up during our one-on-one conversations and community workshop. An open science platform aggregating and integrating datasets from various labs seemed to be a strategy tackling these questions.

Together with Luke Madera, I designed a form distributed to our organizing team to guide us in beginning to answer some of these questions.

  • Who will use this platform?
  • How will they use it? What will they put on it or pull from it?
  • Which other platforms are our important predecessors?
  • Which should we emulate in certain respects, and with which should we integrate?
  • What should be the policies of the platform (licensing, etc)?
  • Given the understanding that building a community takes time, and nothing is guaranteed; what is the best case outcome of building this open platform/community?
  • What are some tangible outcomes that you would like to see from this platform due to its open nature?

Community members with specific knowledge were invited to asynchronously provide answers to these questions. They were discussed through a facilitated group session.

LIFECYCLE OF A LAB

The diagram below exemplifies the various happenings of an Earthshot Institute Lab through the example of the Bison Lab. This framework is designed to be repeated for other labs, and scales with the support of the open science platform

Launch, Onboard, Test

LAUNCH DAY

The lifecycle of a lab was launched via an online live event on Earth Day 2022.

ONBOARDING INTEGRATIONS

An onboarding form strategically integrated across platforms allowed to funnel event attendees towards becoming members of the Earthshot Institute community as well as contributors in specific labs. These processes were studied through an onboarding flow and built with Zapier.

Labs in motion

TESTING

Once the labs in motion, gathering feedback from lab leaders, lab contributors, and advisors from the academic council and open tech team was key. A monthly all hands meeting prompted reflection on recent work as well as opportunities to share feedback on the lab lifecycle framework. Anonymous surveys shared over slack regularly queried insights from member of the Earthshot Institute community.

SUPPORTING OPEN SCIENCE WITH OPEN SOURCE 

As the labs progressed, it became clear that the open science platform needed a more robust foundation to allow the Earthshot Institute to serve as an intelligent repository for these data, aggregating them as single modules into a larger, intelligent whole — an open science platform for big data models and machine learning drive simulations.

Through group discussions, an interest for supporting open science with open source emerged. We drafted a paper to further discuss this extensible platform intended to provide a tool for understanding how impacts cascade through ecological systems, providing vital guidance in a range of fields, from ESG investing to policy and legislation. It builds both the socioeconomic case and the practical capabilities for planetary regeneration.

Results

With the clearly defined lab framework and a continued graphic language throughout an integrated community platform, the Earthshot Institute scaled significantly, and daily community engagement grew

Testees quickly intuited the product mix, found the right level of information at each step, and arrived at the account creation page without any uncertainty around what they were getting into.

THE END
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Let's connect!

Drop me a note at v.lechene@columbia.edu.

Open Science Lab System
Research ProcessLab Development CycleLaunch, Onboard, TestResults