Terramation — also called natural organic reduction (NOR; colloquially referred to as human composting) — is a legal, licensed method of body disposition in which the body is placed in a vessel with organic materials like wood chips, straw, and alfalfa. Over approximately 60 days, naturally occurring microorganisms transform the remains into approximately one-half cubic yard of nutrient-rich soil called Regenerative Living Soil, which is returned to the family.

How does terramation compare to cremation environmentally?

Terramation uses approximately 87% less energy than flame cremation and saves between 0.84 and 1.4 metric tons of CO2e per case compared to cremation. It produces living soil that re-enters the carbon cycle rather than ash, and leaves no permanent cemetery land footprint.

Natural Organic Reduction vs. Cremation: The Complete Guide to Terramation and Natural Organic Reduction (colloquially referred to as human composting)

Q: How long does terramation take?

The terramation process takes approximately 60 days from vessel placement to completion, though timelines can vary depending on the specific system, facility conditions, and the individual. This is substantially longer than cremation, and funeral directors should set this expectation with families clearly at the time of arrangement.

Q: Is terramation legal?

As of April 2026, terramation is legal in 14 states: Washington, Colorado, Oregon, Vermont, California, New York, Nevada, Arizona, Maryland, Delaware, Minnesota, Maine, Georgia, and New Jersey. California, New York, and New Jersey are legal but not yet operational. Eleven states are fully operational with licensed facilities serving families today.

Direct Answer

Terramation — also called natural organic reduction (NOR) or natural organic reduction — is a legal, licensed method of body disposition that gently transforms human remains into nutrient-rich soil through a natural biological process. The body is placed in a vessel with organic materials such as wood chips, straw, and alfalfa. Over the course of approximately 60 days, warmth, moisture, and naturally occurring microbes break down the body at the cellular level, producing roughly one-half cubic yard of finished, fertile soil. That soil — Regenerative Living Soil™ — is returned to the family, who can use it to nourish a garden, restore natural land, or create a living memorial. Terramation is currently legal in 14 states, uses approximately 87% less energy than flame cremation, and leaves no permanent land requirement. It is the most ecologically restorative option available for end-of-life disposition today.

What is terramation (natural organic reduction) and how does it compare to cremation and burial?

Terramation (natural organic reduction / NOR) is a licensed biological disposition method in which the body is placed in a vessel with wood chips, straw, and alfalfa. Over approximately 60 days, naturally occurring microbes transform it into roughly one-half cubic yard of nutrient-rich Regenerative Living Soil — returned to the family to plant with, scatter, or donate. It uses 87% less energy than flame cremation, saves 0.84–1.4 metric tons of CO2e per case, requires no cemetery land, and is currently legal in 14 U.S. states.

Terramation (NOR) takes approximately 60 days and produces one-half cubic yard of Regenerative Living Soil — biologically active, genuinely fertile earth families can plant with, scatter, share, or donate to conservation.
NOR uses approximately 87% less energy than flame cremation and saves 0.84–1.4 metric tons of CO2 equivalent per case — the most ecologically restorative disposition option currently available.
As of April 2026, NOR is legal in 14 states; 11 are fully operational now, while California (Jan 1, 2027), New Jersey (est. July 2026), and New York (pending) are legal but not yet accepting families.
No embalming is used in terramation — it would inhibit the microbial process; refrigeration is the standard alternative, compatible with pre-terramation viewings and farewell gatherings.
The national cremation rate has reached 63.4% (NFDA 2025) and 61.4% of consumers express interest in green funeral options — terramation sits at the intersection of both trends as the most restorative alternative.
Funeral professionals in the 14 legal states can offer NOR as a meaningful competitive differentiator; the TerraCare Chrysalis™ vessel system enables in-house service without building a standalone facility.

Introduction: A New Kind of Goodbye

Choosing how a loved one’s body will be cared for after death is one of the most personal decisions a family can make. For generations, the options were limited: conventional burial or cremation, with little room for something that felt more connected to the natural world.

That is changing. A growing number of families are discovering terramation — a process that does not just dispose of remains, but transforms them into something alive and generative. Instead of ashes in an urn or a body in the ground, terramation returns a person to the earth in the most literal sense possible: as soil that can help things grow.

This guide is for everyone who wants to understand terramation fully — what it is, how it works, where it came from, what the science shows, how it compares to other options, and what the experience is like for families. It covers the practical and the emotional, the scientific and the legal. If you are a family trying to decide what is right for your loved one, you will find answers here. If you are a funeral professional evaluating whether NOR belongs in your service offerings, there is a section for you as well.

How Terramation Works

Natural organic reduction (NOR) is a biological process, not a chemical or mechanical one. At its core, it is the same transformation that has always returned living things to the earth — accelerated and managed in a controlled environment to ensure it is complete, safe, and dignified.

Step 1: Placement in the Vessel

After legal paperwork is completed and any necessary preparation is done, the body is placed in a specially designed vessel — typically a cylindrical or pod-shaped chamber made of steel or similar materials. The body is surrounded by a carefully formulated blend of organic materials: wood chips, straw, alfalfa, and sometimes other plant-based materials. These co-materials are not incidental — they are integral to the process. They provide carbon, create airflow within the vessel, and introduce the microorganisms that drive decomposition.

No embalming is used in terramation. Embalming chemicals would inhibit the microbial activity that makes the process work, and they are not compatible with the regenerative goal of the process. This is one of the reasons families who have concerns about embalming are often drawn to NOR.

Step 2: Microbial Decomposition

Once the vessel is sealed and conditions are set, the biological process begins. Naturally occurring microorganisms — bacteria, fungi, and other decomposers — activate and begin breaking down both the organic co-materials and the body itself. The vessel is maintained at specific temperature and humidity ranges that support robust microbial activity. This is the core of the NOR process: controlled, intentional, and biologically complete decomposition.

During this phase, the vessel may be rotated or aerated periodically to ensure even oxygen distribution and consistent processing. Some systems use automated rotation; others involve manual turning at scheduled intervals. Either way, the goal is the same — to create uniform conditions throughout the vessel so the transformation is thorough and complete.

Step 3: Maturation and Soil Processing

After the initial decomposition phase, the material in the vessel has been substantially transformed but requires additional time to mature into finished soil. The material is transferred to a secondary stage where it continues to cure, losing moisture and reaching the stable, earthy consistency of finished compost. Any remaining bone fragments — which are not always fully broken down by microbial activity alone — are processed to a fine consistency and incorporated back into the soil. The result is a uniform, dark, nutrient-rich medium that resembles high-quality garden compost.

Step 4: Pathogen Testing and Quality Verification

Before the soil is returned to a family, it undergoes testing to confirm it meets applicable safety standards. Washington State’s Natural Organic Reduction regulations under WAC Chapter 246-500 established the framework for pathogen testing that most other states have referenced in developing their own standards. This step ensures the finished soil is safe to handle and use without restriction.

Step 5: Return to the Family

The finished soil — Regenerative Living Soil™ — is returned to the family, typically in breathable fabric bags or similar containers. Families receive approximately one-half cubic yard of soil per person, a generous volume that can nourish a substantial area of land or garden. Some families divide the soil among several relatives. Others donate a portion to conservation or restoration land, keep a portion for a home memorial garden, or scatter it in a meaningful natural place.

The entire process — from placement to soil return — takes approximately 60 days, though timelines can vary depending on the specific system, facility conditions, and the individual.

The History of Terramation

Terramation is new as a licensed, legal practice. But the idea behind it — that a human body could be intentionally returned to the soil in a meaningful, ecologically restorative way — began taking shape more than a decade before the first law was signed.

Katrina Spade and the Urban Death Project

The modern terramation movement traces directly to Katrina Spade, a designer and activist who became preoccupied with the question of what happens to our bodies after death — and whether there was a better answer than what modern death care was offering. In 2014, she founded the Urban Death Project, an organization dedicated to developing a human-scale composting system that could work within urban environments.

In March 2016, Spade gave a TEDx talk at TEDxOrcasIsland titled “When I die, recompose me” — a presentation that introduced the concept to a wide audience and articulated why the process was both scientifically sound and culturally necessary. She described a system in which the body, surrounded by wood chips and other organic materials, would be gently transformed into soil through the activity of microbes and heat — the same process that turns leaves and food scraps into compost, applied with care and intentionality to human remains.

The response was significant. The idea resonated with families who felt disconnected from conventional death care, with environmentalists alarmed by the carbon footprint of flame cremation, and with anyone who had found the sterile machinery of a funeral home at odds with how they wanted to be remembered.

The First Commercial Operation

In 2017, Spade founded a public benefit corporation in Seattle, refining the concept into a viable commercial and regulatory model and working with Washington State legislators, scientists, and regulators to develop a framework that would allow NOR to be offered legally as a licensed disposition service.

That work culminated in Washington State Senate Bill 5001, signed into law by Governor Jay Inslee on May 21, 2019 — the first natural organic reduction law in the United States. The bill passed the state senate 38–11 on final passage and the house 80–16, a reflection of how broadly the concept had resonated. Washington became the first state in the nation where a family could legally choose terramation for a loved one.

The first commercial NOR facility in the United States opened in Seattle in December 2020, beginning to serve families in Washington State in 2021.

State-by-State Expansion

After Washington’s lead, other states moved quickly. Colorado authorized NOR in 2021 (SB 21-006), followed by Oregon the same year and Vermont in 2022. California and New York also passed enabling legislation in 2022. Nevada, Arizona, Maryland, Delaware, Minnesota, and Maine followed between 2023 and 2024. Georgia and New Jersey became the 13th and 14th states to authorize NOR in 2025.

As of 2026, 14 states have legalized natural organic reduction. That represents a remarkable arc — from a single TEDx talk in 2016 to legal authorization across more than a quarter of U.S. states in under a decade.

The legislative momentum is ongoing. Oklahoma’s HB 3660 passed the state House in 2026 and is currently pending in the Oklahoma Senate. It is not yet law, and Oklahoma should not be treated as a legal state until a bill is signed.

What Terramation Produces

The product of the NOR process is soil — not ashes, not remains in the conventional sense, but genuine, biologically active, nutrient-rich compost. TerraCare and other NOR providers call this finished material Regenerative Living Soil™.

Volume and Composition

Each person’s terramation yields approximately one-half cubic yard of finished soil. To put that in physical terms: one-half cubic yard is roughly the volume of a large garden bed or three to four standard wheelbarrow loads. It is a substantial, tangible quantity — not a small urn of ashes.

The soil is rich in nitrogen, phosphorus, potassium, and the organic matter that healthy growing environments depend on. Tests of NOR-produced soil have shown microbial activity consistent with high-quality finished compost — the kind of medium that supports plant growth, retains moisture, and contributes to long-term soil health wherever it is used.

The soil does not smell unpleasant. Families who receive it consistently describe it as earthy — the same clean, mineral scent of fresh compost or forest floor. Many are surprised by how unremarkable, in the best sense, it is: it looks and feels like good garden soil, because that is what it is.

What Families Do With the Soil

There is no single right answer for what to do with Regenerative Living Soil™, and part of what families find meaningful about terramation is the range of options available to them.

Home memorial gardens. Many families use the soil to establish or enrich a garden at home — planting trees, shrubs, flowers, or vegetables that will grow in soil that contains their loved one. This creates an ongoing, living connection to the person who died, one that changes with the seasons and grows more beautiful over time.

Conservation and restoration land. Some families partner with land trusts, national forests, or conservation organizations to contribute the soil to ecological restoration projects. Returning a person to a wild landscape — a forest being restored, a meadow recovering, a wetland being rebuilt — is profoundly meaningful for many families, and it extends the ecological benefit of the NOR process outward into the wider world.

Scattering in meaningful places. Just as families scatter cremated remains in places that held significance for the person who died, NOR soil can be scattered or distributed in meaningful natural settings. Because NOR soil is genuine compost rather than alkaline ash, it integrates readily into most natural environments.

Dividing among family members. With a full one-half cubic yard of soil available, families often divide the material among relatives who each want a portion — allowing multiple people across multiple households or geographies to carry a piece of the person they loved.

For a deeper guide to options for using and honoring Regenerative Living Soil™, see our article on terramation memorialization and soil ideas.

The Environmental Case for Terramation

Terramation was not designed primarily as an environmental practice, but the environmental case for it is substantial. For a deep analysis of the full lifecycle comparison, see our dedicated article on terramation’s environmental impact. Here is the overview.

Energy and Carbon

Flame cremation — the most common disposition method in the United States, now used in 63.4% of deaths nationally — is an energy-intensive process. A single cremation burns fossil fuels at high temperatures for several hours, producing direct CO₂ emissions and consuming significant energy in the process.

Natural organic reduction requires no combustion. The process is driven by microbial biology, not heat. NOR uses approximately 87% less energy than flame cremation and saves an estimated 0.84 to 1.4 metric tons of CO₂ equivalent per case compared to flame cremation, based on life-cycle analyses conducted by NOR providers and cited in published research. To put that in perspective: a single NOR case avoids roughly the same carbon emissions as driving an average passenger car for two to three thousand miles.

No Permanent Land Use

Conventional burial requires a cemetery plot — dedicated land that is permanently removed from productive or ecological use. Nationally, tens of thousands of acres are devoted to cemetery land, much of it maintained with fertilizers, pesticides, and irrigation. NOR requires no plot, no ongoing land maintenance, and no permanent dedication of land.

No Embalming Chemicals

Conventional burial typically involves embalming — a preservation process that uses formaldehyde and other synthetic chemicals. These chemicals eventually leach into surrounding soil and groundwater. Terramation uses none of them. The process is entirely organic: body, wood chips, straw, alfalfa, microbes, air, and moisture.

Soil as Carbon Sequestration

Healthy soil is one of the most important carbon sinks on earth. By returning a human body to the soil rather than burning it, terramation participates in the natural carbon cycle rather than short-circuiting it. The organic carbon that was once part of a person’s body is returned to the earth, where it can support plant growth, improve soil structure, and contribute to long-term ecological health.

Terramation vs. Other Disposition Options

Families today have more choices than at any point in modern history. Understanding how terramation compares to those options helps in making a decision that reflects values, practical needs, and what matters most.

	Terramation (NOR)	Flame Cremation	Alkaline Hydrolysis (Water Cremation)	Conventional Burial
Process	Biological decomposition in a vessel with organic co-materials; microbial activity transforms remains to soil	Combustion in a cremation retort at high heat; remains reduced to ash	Pressurized water and potassium hydroxide solution dissolves remains; bone fragments processed to powder	Body buried in a casket in a cemetery; slow natural decomposition
Duration	Approximately 60 days	2–3 hours	3–18 hours depending on system	Years to decades (natural decomposition)
What family receives	~1/2 cubic yard of nutrient-rich soil	~3–9 lbs of ash (cremated remains)	~3–9 lbs of bone powder (similar to cremated remains)	Preserved remains in casket; memorial site
Environmental footprint	Lowest available: ~87% less energy than flame cremation; saves 0.84–1.4 metric tons CO₂e vs. flame cremation; no land commitment; no chemicals	High energy use; significant CO₂ emissions; no land commitment	Significantly lower energy and emissions than flame cremation; some chemical effluent (typically treated)	Permanent land use; embalming chemical leaching; lower direct emissions
Cost range (general)	Comparable to or slightly higher than flame cremation in most markets	Widely variable; generally lower than conventional burial	Comparable to flame cremation; higher in some markets	Generally the highest-cost option across all disposition types
Legal availability	14 states as of 2026 (see list below)	Legal in all 50 states	Legal in approximately 29 states (operational availability varies)	Legal in all 50 states

A few important notes on this comparison:

Alkaline hydrolysis (sometimes called water cremation or aquamation) is a valuable middle option — significantly lower environmental impact than flame cremation, and available in more states than terramation. For families in states where NOR is not yet legal, alkaline hydrolysis may be the most ecologically aligned option currently available. See our detailed comparison at NOR vs. alkaline hydrolysis.

Cost varies by provider, region, and service level. The figures above reflect general market positioning, not specific provider pricing. Families researching actual costs should consult directly with providers in their state — our article on terramation cost for families covers what to expect and how to compare.

For a full side-by-side on terramation versus conventional burial, see terramation vs. traditional burial. For the full eco-friendliness comparison, see is terramation eco-friendly vs. cremation?

Is Terramation Legal Where You Are?

Natural organic reduction is currently legal in 14 states. The process of legalization has been rapid — most of these laws passed between 2021 and 2025 — but coverage is still partial. Here is the current picture as of early 2026.

The 14 Legal States

Fully legal and operational now: Washington (2019), Colorado (2021), Oregon (2021), Vermont (2022), Nevada (2023), Arizona (2024), Maryland (2024), Delaware (2024), Minnesota (2024), Maine (2024), Georgia (2025)

Legal but not yet fully operational:

California — AB-351 signed in 2022; operational date is January 1, 2027. NOR providers are preparing to open; families in California cannot yet access services.
New York — Legislation passed in 2022; operational regulations are still being developed. No confirmed operational date as of early 2026.
New Jersey — Legislation passed in 2025; estimated to become operational approximately July 2026.

Pending Legislation

Oklahoma — HB 3660 passed the Oklahoma House of Representatives in 2026 and is currently pending in the Oklahoma Senate. It is not yet law. Oklahoma should not be treated as a legal state for NOR planning purposes until a bill is signed by the governor.

What If You Are Not in a Legal State?

If you live in a state where NOR is not yet legal, you still have options. Some families choose to work with a provider in a neighboring legal state, though transport requirements and logistics vary. Others are choosing to pre-plan for terramation now — making their wishes known and documented — in anticipation of legalization in their home state. Our article on terramation pre-planning covers how to document your wishes in a way that can be honored when the time comes.

For a full, current state-by-state breakdown of legal status, regulations, and operational timelines, see our complete guide to states where terramation is legal.

Ready to explore terramation options? Contact TerraCare Partners

What to Expect as a Family

If you are considering terramation for yourself or a loved one, you likely have practical questions about what the experience actually involves. Here is what families typically encounter, from the first conversation to the return of soil.

The Arrangement Process

Like any end-of-life service, terramation begins with an arrangement conversation — typically with a licensed funeral home or NOR provider. You will review and sign legal paperwork (death certificate, authorization for disposition, state-required NOR consent forms), discuss any preferences for ceremony or viewing before the process begins, and work out logistics for the return of soil when the process is complete.

If you are pre-planning for yourself, this conversation can happen at any time — many families find it clarifying and even comforting to work through these decisions in advance. See our terramation pre-planning guide for how to begin that process.

Can You Have a Viewing Before Terramation?

Yes. There is no requirement to forgo a viewing, visitation, or gathering with the body before terramation begins. Families can hold a traditional viewing, a home gathering, a memorial service, or any kind of ceremony they find meaningful — and then proceed with terramation afterward. The NOR process itself begins after any pre-arrangement ceremonies are complete. For a detailed guide to this question, see viewing and ceremonies before terramation.

The 60-Day Process

After placement in the vessel, the transformation takes approximately 60 days. Families do not need to do anything during this time — the process is managed by the facility’s trained staff. Some providers offer periodic updates to families; others simply reach out when the process is complete and the soil is ready for return. If you have questions about what is happening during those weeks, do not hesitate to ask your provider.

Receiving the Soil

When the process is complete, the Regenerative Living Soil™ is packaged — typically in breathable fabric bags — and returned to the family. You can pick it up at the facility, have it shipped, or arrange for delivery depending on the provider. The soil arrives ready to use: earthy in scent, consistent in texture, and in the same condition as high-quality finished compost.

What happens next is up to you. Some families plant something immediately. Others keep the soil for a period of time while they decide. There is no urgency and no wrong choice.

Talking With Your Family About Terramation

If you are considering terramation and are not sure how to bring it up with people you love, you are not alone. Many families find it easier to start the conversation than they expect — especially when they can share information about what the process actually involves. Our guide on how to talk to your family about terramation offers conversation frameworks and thoughtful approaches to a topic that matters deeply but can be hard to start.

What Funeral Professionals Should Know

The consumer section of this article tells families what terramation is. This section speaks directly to funeral home operators and death-care professionals evaluating what NOR means for their business.

Demand Is Real and Growing

The national cremation rate reached 63.4% in 2025, and NFDA projects it will reach 82.3% by 2045. Within that shift, consumer interest in green alternatives is accelerating: 61.4% of consumers surveyed by NFDA reported interest in green funeral options. Terramation — the most ecologically restorative disposition method available — sits at the intersection of both trends. Families who are already choosing flame cremation for environmental or simplicity reasons are exactly the families who, when they learn terramation is available, find it far more aligned with what they actually want.

That demand does not require projections to observe. In markets where NOR is available and accessible, families are choosing it — established NOR providers have collectively served tens of thousands of families since the first commercial facility opened in 2020.

NOR as a Service Differentiator

For funeral homes in the 14 legal states, offering NOR is an increasingly significant competitive differentiator. As the service becomes more widely known — through media coverage, online search, and word-of-mouth from families who have chosen it — the question families ask when selecting a funeral home is shifting from “do you offer cremation?” to “do you offer terramation?”

Funeral homes that have added NOR to their service offerings consistently report that it opens conversations with families who had previously not engaged with their firm, drives pre-need interest from younger and sustainability-conscious demographics, and positions them as leaders rather than followers in their local market.

The Regulatory Reality for Operators

Offering NOR as a licensed disposition service requires compliance with state-specific regulatory frameworks. In most states where NOR is legal, funeral establishments must obtain specific authorization — through their existing funeral establishment license or through NOR-specific supplemental permitting — and meet state operational standards for vessel management, soil processing, pathogen testing, and chain-of-custody documentation.

Washington State’s framework under WAC Chapter 246-500 established the operational model that most states have drawn from. Operators should consult their state’s funeral regulatory agency and, where available, state-specific NOR operational rules for current requirements.

Partnering with TerraCare

TerraCare Partners offers funeral homes and other licensed death-care facilities a structured, turn-key path to offering terramation on-site. The TerraCare model is decentralized: the Chrysalis™ vessel system is installed at the partner’s own facility, the partner’s staff are trained to operate it, and the partner provides the NOR service in-house — capturing the full case revenue and maintaining the family relationship throughout.

For funeral professionals evaluating the NOR market and considering whether TerraCare is the right partner, see our full guide on why funeral homes choose TerraCare Partners.

Talk to TerraCare Partners about adding terramation to your service offerings

Explore Everything About Terramation

This pillar article is the hub for TerraCare’s complete library of consumer and professional content on natural organic reduction. The 30 articles below cover every dimension of terramation in depth — from the science and history to cost, legality, family experiences, and planning guidance. Follow any link to go deeper on a topic that matters to you.

Understanding What Terramation Is

What Is Natural Organic Reduction? NOR Explained in Plain Language — The foundational explainer on NOR: definitions, terminology, and what distinguishes it from other forms of composting.
The Complete Guide to Natural organic reduction — A comprehensive overview of natural organic reduction from first principles, written for families approaching this topic for the first time.
The Terramation Process Explained: From First Call to Soil Return — A clear walkthrough of what happens at each stage of the NOR process.
What Happens During the Terramation Process? A Detailed Walkthrough — A step-by-step family-facing guide to the physical and biological stages of terramation.
Body Composting Explained: The Science Behind NOR — The microbiology and soil science behind NOR, explained at a level any curious reader can follow.
The History of Natural Organic Reduction: From Concept to Legal Disposition — How terramation went from a design concept to a legally authorized practice in 14 states.

Comparing Terramation to Other Options

Is Terramation Eco-Friendly? NOR vs. Flame Cremation — The environmental comparison families ask about most: how NOR and flame cremation stack up on carbon, energy, and land use.
Green Funeral Options: A Complete Comparison — How terramation, green burial, alkaline hydrolysis, and other eco-aligned disposition options compare for families.
NOR vs. Alkaline Hydrolysis: Comparing Two Green Disposition Options — A detailed side-by-side of the two most eco-friendly disposition methods currently available.
Terramation vs. Traditional Burial: What Families Should Know — How the two options compare on process, cost, land use, environmental impact, and what families receive.
Natural organic reduction vs. Green Burial: Which Is More Eco-Friendly? — A focused comparison of NOR and natural burial for families weighing both options.
Eco-Cremation vs. Flame Cremation: What’s the Difference? — Explains what distinguishes flame cremation from greener alternatives and where terramation fits in the spectrum.

Cost and Pricing

How Much Does Terramation Cost for Families? — A realistic cost guide covering what families pay for NOR services and what affects pricing.
Natural organic reduction Cost: What Families Should Expect to Pay — What the market currently charges for NOR services and how to compare providers.
Cremation vs. Terramation Cost Comparison: Breaking Down the Numbers — Side-by-side cost analysis of flame cremation and terramation to help families plan.

Legality and Availability

Where Is Natural organic reduction Legal in 2026? State-by-State Guide — Current legal status of NOR across all 50 states, with operational dates and pending legislation noted.
Terramation Near Me: How to Find NOR Services in Your Area — How to locate licensed NOR providers in your state and what to look for when choosing one.

What the Soil Is and How to Use It

What Is Regenerative Living Soil? Understanding What Terramation Produces — A full explanation of the finished NOR soil: its composition, properties, and what makes it genuinely regenerative.
A Visual Guide to Terramation Soil — What the finished soil looks like, how much there is, and what the return experience is like for families.
How to Use and Scatter Terramation Soil — Practical and meaningful options for what to do with Regenerative Living Soil™ after it is returned.
Terramation Memorialization: Creative Ideas for Honoring Loved Ones with Soil — Thoughtful ways families have used NOR soil to create lasting memorials.

Planning and Decision-Making

How Long Does Terramation Take? — A detailed look at the full timeline from intake to soil return.
Viewing and Ceremonies Before Terramation — What kinds of ceremonies, viewings, and gatherings can happen before the NOR process begins.
Pre-Planning Terramation: How to Document Your Wishes — A practical guide to pre-planning NOR for yourself and making your wishes legally documented.
Terramation: First Call to Soil — A Family’s Complete Timeline — The full chronological journey from the moment of death to receiving the finished soil.
Is Terramation Right for My Family? — A thoughtful decision framework for families weighing terramation against other options.
How to Talk to Your Family About Terramation — Conversation guides and practical approaches for starting this meaningful but sometimes difficult discussion.

Special Topics

Terramation for Veterans: What Families Should Know — Current VA benefit eligibility, state availability, and considerations specific to veterans’ families.
Religions and Terramation: Faith Perspectives on Natural organic reduction — How various faith traditions view NOR, including available official guidance and pastoral perspectives.
What Families Say About Terramation: Real Experiences and Perspectives — First-person perspectives from families who have chosen terramation and what the experience was like.

Ready to explore terramation options? Contact TerraCare Partners

Frequently Asked Questions: What Is Terramation?

1. What exactly is terramation, and how does it differ from cremation?

Terramation is a biological process — not a thermal one. Rather than using flame or chemicals, the body is placed in a vessel with organic co-materials (wood chips, straw, alfalfa) and transformed by naturally occurring microorganisms over approximately 60 days into approximately one-half cubic yard of nutrient-rich soil. Cremation uses sustained heat above 1,600°F and produces about 3–9 pounds of inorganic ash. Terramation produces living, fertile soil. The family receives something that can nourish a garden, a tree, or a landscape — not sterile ash.

Full details: What Is Terramation? The Complete Process Guide

2. How long does the terramation process take from placement to soil return?

Approximately 60 days from vessel placement to finished soil, though the timeline varies by system, facility conditions, and the individual. This is significantly longer than the 2–3 hours for cremation, and it is the most important expectation to set clearly with families at the time of arrangement. Funeral directors offering terramation should explain the timeline upfront so families can plan their memorial and soil-use intentions accordingly.

Full details: How Long Does Terramation Take?

3. Where is terramation legal in 2026?

As of April 2026, 14 states have legalized natural organic reduction: Washington, Colorado, Oregon, Vermont, California, New York, Nevada, Arizona, Maryland, Delaware, Minnesota, Maine, Georgia, and New Jersey. Of those, 11 are fully operational. California becomes operational January 1, 2027. New York regulations are pending. New Jersey is expected to be operational around July 2026. For a complete, current legal status table and licensing details by state, see our state guide.

Full details: Where Is Natural organic reduction Legal? Complete State Guide

4. What do families receive after terramation is complete?

Families receive approximately one-half cubic yard of Regenerative Living Soil™ — a generous volume of nutrient-dense, biologically active material. Families can use it to plant a memorial tree, nourish a garden, restore natural land, or scatter it in a meaningful place. Unlike cremation ash — which is largely inorganic and can inhibit plant growth in concentration — terramation soil is living material that contributes biologically wherever it is placed.

Full details: How Families Receive Soil After Terramation

5. Can a body be embalmed before terramation?

No. Embalming chemicals — primarily formaldehyde — are toxic to the microorganisms that drive the NOR process and would prevent the transformation from completing correctly. Terramation does not use embalming. Refrigeration is the standard alternative preservation method, and the body must be free of active embalming chemicals before the process begins. If a family wants a viewing or visitation before terramation, refrigeration and appropriate preparation techniques that do not use formaldehyde are used.

Full details: Can You Have a Viewing Before Terramation?

6. Is terramation only for people who are environmentally conscious?

Terramation resonates most strongly with families who have ecological values, but it is not exclusively an environmental choice. Families choose it for many reasons: a personal philosophy about returning to the earth, the meaning of leaving behind living soil rather than ash, a desire to avoid embalming, or simply because it feels more natural than the alternatives. The 2026 Wake Forest Law School survey found that 40% of Americans would consider NOR for themselves — a much broader demographic than the term “environmentally conscious” implies.

Full details: Is Terramation Right for My Family?

Sources

Washington State Legislature — SB 5001 (2019), “Concerning human remains.” First state law authorizing natural organic reduction in the United States; signed May 21, 2019. https://app.leg.wa.gov/billsummary?BillNumber=5001&Year=2019
TED / TEDxOrcasIsland — Katrina Spade, “When I die, recompose me.” March 2016 talk introducing the concept of natural organic reduction to a wide audience. https://www.ted.com/talks/katrina_spade_when_i_die_recompose_me
Colorado General Assembly — SB 21-006, “Human Remains Natural Reduction Soil.” Authorizes natural organic reduction in Colorado; signed May 10, 2021. https://leg.colorado.gov/bills/sb21-006
National Funeral Directors Association (NFDA) — 2025 Cremation and Burial Report and Consumer Awareness and Preferences Report. Source for 63.4% national cremation rate, 82.3% projected by 2045, and 61.4% consumer interest in green funeral options. https://www.nfda.org/news/statistics
TerraCare Partners — Partner Program page; source for “approximately 60 days” process duration, Chrysalis™ vessel system description, and Regenerative Living Soil™ output. https://www.thenaturalfuneral.com/terracarepartnerprogram/
Washington State Legislature — WAC Chapter 246-500, “Handling of Human Remains”; operational standards for licensed NOR facilities in Washington, including pathogen testing and chain-of-custody requirements. [URL updated April 2026 audit: doh.wa.gov NOR page confirmed 404. Replaced with confirmed-live WAC citation per Broken URL Registry replacement map.] https://app.leg.wa.gov/wac/default.aspx?cite=246-500
California Legislature — AB-351 (2021–2022 session); authorizes natural organic reduction in California; operational date January 1, 2027. https://leginfo.legislature.ca.gov/faces/billNavClient.xhtml?bill_id=202120220AB351
New York State Assembly — A382; NOR enabling legislation for New York; regulations still in development. https://nyassembly.gov/leg/?bn=A382&term=2021
Oregon Legislative Assembly — HB 2574 (2021); authorizes natural organic reduction in Oregon. https://olis.oregonlegislature.gov/liz/2021R1/Measures/Overview/HB2574
Cremation Association of North America (CANA) — Industry association for cremation and NOR operators; training and certification resources for NOR practitioners (NOROC program). https://www.cremationassociation.org/

TerraCare Partners | Published April 2026 C8-P — Cluster 8 Pillar | What Is Terramation / Natural organic reduction Explained