8 Compostable Books Worth Reading

The literature on composting, food waste, and circular packaging materials is split across very different audiences — backyard gardeners, foodservice operators, supply chain professionals, and design researchers. No single book covers everything, but there’s a small canon of titles that are genuinely useful if you’re trying to think clearly about composting and compostable materials.

Here are eight books worth reading, with notes on what each does well, what each is weak on, and who should read it.

1. Teaming with Microbes: The Organic Gardener’s Guide to the Soil Food Web — Jeff Lowenfels and Wayne Lewis

A 250-page primer on soil biology, with composting framed as a way to feed and rebuild the soil food web. The book explains the basics of bacteria, fungi, protozoa, nematodes, arthropods, and earthworms in terms a gardener can apply.

Why it’s worth reading: The biology framing turns composting from a chore into a productive design problem. Once you understand that the compost pile is essentially a microbial pasture you’re cultivating, decisions about C:N ratio, moisture, and turning all start to make sense.

Weaknesses: Light on industrial-scale composting. If you’re a foodservice operator thinking about how to get organic waste to a commercial facility, this isn’t your book. If you’re a gardener trying to do better composting at home, it’s the most accessible book in the field.

Who should read it: Home composters, master gardeners, anyone curious about why compost actually helps plants.

2. American Wasteland — Jonathan Bloom

A journalistic look at food waste in the United States, originally published in 2010 and updated since. Covers the scale of waste at farms, retail, restaurants, and households, and how the systems that produce waste are largely invisible to the people who experience them.

Why it’s worth reading: Bloom is an accessible storyteller; the book makes the abstract scale of food waste tangible through individual stories. The 40% figure (US food waste as percentage of total food supply) became broadly cited after this book made it digestible.

Weaknesses: Slightly dated in its specific recommendations — the food rescue and composting infrastructure has improved considerably since 2010, especially in cities like New York, San Francisco, and Seattle. The framing still holds; the specific case studies need supplementing with more recent data.

Who should read it: Anyone working in foodservice, anyone curious why food waste is such a persistent problem despite obvious solutions, journalists.

3. Cradle to Cradle: Remaking the Way We Make Things — William McDonough and Michael Braungart

The foundational text for circular design thinking, published in 2002. Argues that products should be designed so all materials are either biological nutrients (compostable, returnable to soil) or technical nutrients (perpetually recyclable in industrial loops). Compostable packaging falls into the biological nutrient category.

Why it’s worth reading: Provides the conceptual framework that compostable packaging fits into. If you’ve ever wondered “why are we doing this, philosophically?” — this is the book that articulates the answer most clearly.

Weaknesses: The book is light on specific implementation details. Many of the products McDonough and Braungart describe as cradle-to-cradle have turned out to be partially marketing claims. The framework is sound; the specific examples need critical reading.

Who should read it: Packaging designers, sustainability managers, anyone making procurement decisions about compostable versus recyclable versus conventional.

4. Compost Stew — Mary McKenna Siddals (children’s book)

A short children’s picture book that introduces composting concepts to kids ages 4-9. Illustrated, rhyming, and built around the basic question of what goes in a compost bin.

Why it’s worth reading: Composting habits in the home are largely learned in childhood. A 20-minute read with a young child is one of the highest-leverage activities for building a compost-aware household. Schools and libraries often have this on the shelf; check your local branch.

Weaknesses: It’s a kids’ book, so it’s not for adults. The information is accurate but very simplified.

Who should read it: Anyone with kids or grandkids age 4-9. Teachers building environmental units. Children’s librarians.

5. The Soil Will Save Us — Kristin Ohlson

A journalistic look at soil carbon sequestration and the role of regenerative agriculture in climate response. Composting figures in as one of several practices that build soil carbon and resilience.

Why it’s worth reading: Connects composting to a larger conversation about agriculture and climate. The book draws on interviews with farmers, ranchers, and soil scientists who have been working on regenerative soil practices for decades. If you’ve wondered whether composting matters at meaningful scale, this is a useful frame.

Weaknesses: Some of the soil carbon sequestration claims have been challenged by more recent research, particularly the optimistic estimates about how much atmospheric CO2 could be drawn down through soil-building practices alone. The story is real; the math is more conservative than the book suggests.

Who should read it: Anyone thinking about composting in a climate context. Educators teaching environmental science. Farmers.

6. The Ramsay Way: A Guide to Lifelong Composting — niche regional guidebook

A small-press book focused on home composting in cold climates (particularly Pacific Northwest and Northeast US), with practical detail on operating compost through cold winters and rainy seasons.

Why it’s worth reading: Most mainstream composting books are written from a temperate-warm climate baseline. This one acknowledges that composting in Seattle in February is a different problem from composting in San Diego in February. The advice on insulating compost piles, managing excess moisture, and balancing C:N during high-input rainy seasons is specific and useful.

Weaknesses: Small-press distribution means it can be hard to find. Some online listings; libraries in the regions where it’s relevant often have it. The information is somewhat dated; printed in 2014 and not updated.

Who should read it: Home composters in cold or wet climates who’ve been frustrated by advice that doesn’t fit their conditions.

7. Packaging Sustainability: Tools, Systems, and Strategies for Innovative Package Design — Wendy Jedlička (editor)

A textbook-style overview of packaging sustainability practices, covering life cycle analysis, material selection, end-of-life pathways, and case studies. Published in 2009, with updates referenced through 2015.

Why it’s worth reading: The most rigorous single-volume treatment of packaging sustainability available. Covers compostable packaging in detail, including the practical questions about certification, infrastructure, and the gap between technical compostability and actual real-world composting outcomes.

Weaknesses: Textbook pricing — copies typically run $80-120 new. Library access is the way most non-students will get this one. The book is also somewhat dated; the certification landscape (BPI, TÜV, ASTM standards) has evolved.

Who should read it: Packaging professionals, sustainability managers, design students, foodservice supply chain managers who need to understand what’s behind the certifications they’re reading.

8. Drawdown: The Most Comprehensive Plan Ever Proposed to Reverse Global Warming — Paul Hawken (editor)

A ranked list of 100 climate solutions, with composting and food waste reduction featuring prominently. Composting ranks 60 on the list; reducing food waste ranks 3.

Why it’s worth reading: Provides scale context. When someone asks “does composting really matter?” — Drawdown gives you the answer: yes, in aggregate, but it ranks below other solutions like reducing food waste at the source. The book helps prioritize where to focus effort.

Weaknesses: Like The Soil Will Save Us, some of the optimistic projections have been challenged by subsequent modeling. The relative ranking holds; the absolute magnitudes are debated. Project Drawdown publishes updates online that supplement the book.

Who should read it: Anyone trying to think about composting in a portfolio of climate actions. Educators. Policy professionals.

What’s missing from this list

A few categories of book that would be valuable but where I can’t recommend a single standout:

Foodservice-specific operational guides on composting. The Foodservice Sustainability Network and similar industry groups publish white papers and toolkits, but no single book has emerged that synthesizes operational best practices for restaurants and institutional foodservice. This is a gap in the literature.

Regional composting infrastructure guides. Many cities and states publish their own guides for residents and businesses, but these are pamphlets rather than books. Check your municipal solid waste department’s website for region-specific guidance.

Worm-bin specialty books. There are several decent books on vermicomposting; Mary Appelhof’s Worms Eat My Garbage is the most-cited classic. It’s worth reading if you’re specifically interested in worm bins, but it’s narrow.

Industrial composting facility design. This is a professional engineering specialty with literature in technical journals rather than mainstream books. The Compost Manufacturing Alliance publishes resources for facility operators.

A reading order suggestion

If you’re new to the field and want to read across these books over six months, here’s an order that builds understanding progressively:

1. Start with Compost Stew if you have kids. Then read Teaming with Microbes for the biology.
2. Move to American Wasteland and The Soil Will Save Us for the broader food waste and climate context.
3. Read Cradle to Cradle for the design philosophy.
4. Drawdown for the scale framing.
5. Packaging Sustainability if you have a professional need.

For compostable packaging procurement professionals, Packaging Sustainability is the single most useful book. For everyone else, Teaming with Microbes plus American Wasteland gets you most of the way.

The literature is uneven — some books are excellent and some have aged poorly — but the eight above are a reasonable foundation for anyone trying to think seriously about composting and circular materials. None of them will tell you exactly what to buy or do, but together they provide the conceptual framework to make those decisions yourself.

A note about borrowing versus buying

All eight books on this list are available through library systems. WorldCat or your local library catalog will show you which branches carry which titles. Buying new is fine; supporting authors is good; but if you’re reading widely across the field, borrowing is the practical choice. Most public libraries in the US can request titles via interlibrary loan if your branch doesn’t carry the specific one.

For deeper dives into any of these topics, the books here are starting points rather than endpoints. Each will lead you to journal articles, government reports, and industry publications that go deeper than book-length treatment allows.

For B2B sourcing, see our compostable supplies catalog or compostable bags catalog.

For procurement teams verifying compostable claims, the controlling references are BPI certification (North America), EN 13432 (EU), and the FTC Green Guides on environmental marketing claims — these are the only sources U.S. enforcement actions cite.