RESEARCH & DEVELOPMENT

APPLIED RESEARCH MOVING CLIMATE SOLUTIONS FROM THEORY TO DEPLOYMENT

OPEN MRV STANDARDS · LOW-COST MEASUREMENT · VALIDATION STUDIES

PROGRAM OVERVIEW

The Research & Development program advances applied, deployment-oriented climate research—focused on turning credible science into systems that can be implemented, audited, and scaled in the real world.

Rather than prioritizing novelty alone, this program emphasizes execution clarity, cost reduction, and validation under real operating conditions.

The goal is to close the gap between promising climate solutions and those that can be trusted, financed, and governed at scale.

OUR APPROACH

Mālama Foundation's R&D work mirrors the structure of our Education & Workforce Training programs: experiential, technically rigorous, and grounded in real project pathways.

Research is not isolated from practice. It is embedded within pilots, field trials, and operational systems so that learning feeds directly into deployment readiness and workforce capability.

FOCUS AREAS

→ Open MRV standards and execution models
→ Low-cost, scalable measurement approaches
→ Validation studies under real-world conditions
→ Tooling that supports auditability and long-term stewardship

CORE RESEARCH AREAS

OPEN MRV STANDARDS & EXECUTION MODELS

We develop and support open specifications that define how climate projects operate over time—not just what they measure.

This includes lifecycle modeling, audit boundaries, failure handling, and enforceable process rules that increase trust across markets and institutions.

LOW-COST MEASUREMENT & MONITORING

Research focuses on reducing the cost and complexity of measurement without sacrificing credibility.

→ Practical field sampling strategies
→ Sensor-enabled monitoring approaches
→ Data quality, uncertainty, and provenance
→ Tradeoffs between precision, cost, and scalability

The objective is measurement systems that communities and small projects can actually afford to use.

VALIDATION & PILOT STUDIES

We prioritize validation in live environments.

→ Field pilots across land-based and engineered CDR pathways
→ Stress-testing MRV assumptions during operations and verification
→ Documentation of failure modes and remediation boundaries
→ Comparative studies across methodologies

Validation is treated as a learning process, not a pass/fail exercise.

FEATURED OPEN RESEARCH INFRASTRUCTURE

UNIVERSAL dMRV — PROJECT PATHWAYS

OPEN SPEC

WHAT IT IS

An open, spec-first reference model that defines how carbon removal projects move through a fixed, enforceable lifecycle, making execution stages, failure modes, and audit boundaries explicit across methodologies.

CURRENT STATUS

→ Spec version: v0.1 (pre-registry review)
→ Lifecycle: INITIAL → FEASIBILITY → DESIGN → IMPLEMENTATION → MONITORING → VERIFICATION → ISSUANCE → (or TERMINATED)
→ License: Apache-2.0
→ CI: Conformance enforced; documentation rendered deterministically

WHY IT MATTERS

Most carbon removal projects fail due to process ambiguity, not scientific disagreement. This specification standardizes execution so disagreement is visible, failure is explicit, and audits are predictable—without replacing registries or methodologies.

WHO IT'S FOR

→ MRV system builders
→ Carbon project developers
→ Registry technical teams
→ Independent auditors
→ Regulators evaluating digital MRV claims

This work is released openly to invite scrutiny and improve the integrity of digital MRV systems.

VIEW GITHUB REPOSITORY

EXPERIENTIAL RESEARCH MODEL

R&D at Mālama Foundation is designed to:

→ Treat specifications as executable contracts
→ Embed research within active projects and pilots
→ Produce artifacts that can be reused by others
→ Support learning-by-building for researchers and practitioners

Participants engage with real systems—data pipelines, lifecycle engines, validation workflows—rather than abstract models alone.

OUTCOMES

Research outputs include:

→ Open specifications and reference implementations
→ Validated measurement and MRV approaches
→ Documented failure cases and lessons learned
→ Technical foundations for education, workforce training, and deployment

These outputs directly inform programs, partnerships, and future pilots.

KEY TAKEAWAYS

→ Applied research is essential to move climate solutions from theory to deployment

→ Open MRV standards reduce risk, cost, and ambiguity across projects

→ Validation under real conditions builds credibility faster than simulation alone

→ Treating execution as first-class infrastructure strengthens the entire climate ecosystem