Every time someone pours a cup of coffee in the morning, they probably don't think about where it actually came from. Not the store, not the roaster — the farm. The tree. The plant that took years to grow before it produced the first cherry that eventually made its way into that mug. That plant, and millions like it, is under pressure from a changing climate. And there's a global effort underway to make sure coffee doesn't disappear from the world's tables.
World Coffee Research — a nonprofit built on the idea that a $200 billion industry should invest in its own survival — released its 2025 annual report, and the results are worth paying attention to. This is an organization that doesn't sell coffee. It doesn't roast it, ship it, or brew it. What it does is something more fundamental: it works to build better coffee plants.
What World Coffee Research Actually Does
WCR brings together 194 member companies from 30 countries — names like Starbucks, JDE Peet's, Keurig Dr Pepper, Lavazza, and hundreds of smaller specialty roasters — and channels their combined investment into agricultural science. The goal is to develop coffee varieties that can survive rising temperatures, resist devastating diseases, and still produce the quality that roasters and consumers expect.
The organization describes itself as building "the genetic infrastructure" of the coffee industry. That framing matters. Just like any other infrastructure — roads, power grids, communication networks — the genetics underlying coffee production determine whether the whole system holds together when conditions get difficult.
In a statement from the 2025 annual report, CEO Dr. Jennifer "Vern" Long put it plainly: "I am proud that our members and partners built something unprecedented when they created World Coffee Research — a global, collaborative organisation that is creating the genetic infrastructure of our $200-plus billion industry."
The Problem That Started All of This
Back in 2015, WCR teamed up with CIAT to map climate risk across the world's coffee-growing regions. What they found was alarming: up to half of the land currently used to grow Arabica coffee could become unsuitable for the crop by 2050. That's not a distant, abstract projection — 2050 is within the planning horizon of farmers, businesses, and investors working in coffee today.
That original study set the stage for what became the International Multilocation Variety Trial, or IMLVT. Launched in 2015, the IMLVT started as little more than an agreement between 11 breeding programs to share 31 high-performing Arabica varieties and test them across a global network of research plots. Those plots, 29 of them, were managed by 18 countries.
A decade later, the IMLVT has become something far more significant. It has identified high-performing varieties with strong rust resistance and stable yields across different growing environments. It has produced collaborative scientific research that would have been impossible for any single country or company to pull off alone. And in 2025, it marked its 10-year anniversary with a body of work that directly shaped the design of WCR's next big initiative.
Innovea: The Most Ambitious Coffee Breeding Program in History
The headline achievement from 2025 is the continued expansion of the Innovea Global Breeding Network. WCR describes Innovea as the most ambitious and globally coordinated coffee breeding program ever attempted — and the organization isn't alone in that assessment.
Innovea was named a TIME Best Invention of 2025, recognizing its potential to reshape how coffee is grown around the world. That's not a distinction that goes to incremental improvements. It goes to things that genuinely change the game.
What makes Innovea different from past breeding efforts comes down to scale, speed, and the unusual cooperation it requires. Governments that historically competed with each other in export markets contributed their unique genetics and scientific knowledge to a single shared pool. Companies that compete against each other in the marketplace invested together, understanding that tree breeding operates on 10 to 15 year cycles and requires patient capital.
In early 2025, WCR's board of directors commissioned an independent panel of global breeding experts to review the programs. The panel's verdict was unambiguous. The experts concluded that WCR's efforts represent "very significant (radical) changes in the breeding of the world's two most important coffee species, leveraging support of industry, to implement modern plant breeding methods and bringing together participants from across the value chains." The same panel said WCR moves coffee breeding "into the era of data-driven and demand-led breeding … to maximize genetic gains in yield, disease resistance and quality traits."
Robusta Joins the Program
One of the significant developments in 2025 was the expansion of Innovea to include Coffea canephora — commonly known as robusta. This matters because robusta is a major part of the global coffee supply, particularly for espresso blends, instant coffee, and growing markets in Asia.
Two new national partners joined the Innovea network in 2025: Vietnam and Ghana. Together with existing partners India, Indonesia, Rwanda, and Uganda, six countries are now participating in the robusta breeding effort. Collectively, those six countries produce 64% of the world's robusta supply.
The robusta breeding program begins with a significant infusion of new genetic material. Multiple different genetic groups of Coffea canephora — including a collection provided by French research institute CIRAD — were combined to generate the first robusta breeding population. Trees began propagating in 2025, and starting in 2027, each partner country in the robusta program will receive 1,000 unique new trees from WCR to identify the most productive, climate-resilient, and high-quality options.
On the Arabica side, trial sites were installed in 2025 across seven countries: Costa Rica, El Salvador, Kenya, Mexico, Peru, Rwanda, and Uganda. The future genetics of Arabica coffee are now literally in the soil in each of those places.
Eleven countries in total make up the Innovea network. Together, they produce 40% of the world's coffee supply.
Cutting the 30-Year Breeding Timeline Down to 8
One of the persistent frustrations with traditional plant breeding is time. A standard coffee breeding cycle can take 30 years from early crossing to a variety that's ready for farmers. That's an almost impossible timeline when the climate conditions driving the need for new varieties are already changing fast.
WCR is working to cut that 30-year cycle down to 8 years through partnerships with leading institutions and the development of new tools. In 2025, the organization launched its first partnership in this area, working with Cenicafé — one of the world's leading national coffee research institutions — and the U.S. Department of Agriculture's Tropical Agricultural Research Station in Puerto Rico.
The collaboration focuses on pooling data and developing low-cost genetic markers for Coffee Leaf Rust, the most economically devastating coffee disease in the world. These markers give breeders rapid screening methods to identify high-performing, disease-resistant plant candidates early in the breeding process, reducing the need for decades of field testing. Once developed and validated — a process expected to run from 2025 through 2028 — the markers will be publicly released through scholarly publication to benefit breeding programs worldwide.
In 2026, WCR planned to expand this work with new funding and new partnerships covering additional major threats: Coffee Berry Disease, Coffee Fruit Rot, Coffee Berry Borer, and tools to evaluate coffee quality more efficiently.
Getting Better Trees Into Farmers' Hands
All the breeding progress in the world is useless if the resulting varieties never reach the people actually growing the coffee. That's what WCR's seed systems work addresses.
In 2025, the organization advanced efforts in Peru, Guatemala, Honduras, and Uganda — upgrading the infrastructure that moves new genetics from research into farmers' fields.
Peru
In Peru, WCR installed 10 new Arabica seed lots operated by eight cooperatives in the Amazonas, Cajamarca, and San Martín regions. The varieties planted — Parainema and IPR107 — were identified as high-yielding and rust-resistant through WCR's own IMLVT trial data. By 2028, a total of 15 new seed lots are expected to be producing up to 6 million seeds per year, enough to renovate 1,500 hectares with high-quality trees annually.
Uganda
In Uganda, WCR installed or expanded 11 mother gardens for disease-resistant robusta in the Western and Central regions, working alongside the national coffee institute NaCORI. The varieties in question — KR lines — are resistant to Coffee Wilt Disease, one of the most serious threats to robusta production. By 2028, over 40 new mother gardens are expected to be installed, producing up to 560,000 high-quality trees per year — enough to renovate 500 hectares. Twenty local technicians from both the private sector and government were trained on propagation of robusta cuttings and grafting.
A broader coalition formed around Uganda's coffee future in 2025. UNIDO, JDE Peet's, the Lavazza Foundation, and the J.M. Smucker Co. committed €850,000 to strengthen Uganda's seed systems and supply chain resilience, with a focus on helping the country reach its 2030 production goals.
Guatemala and Honduras
In Guatemala and Honduras, WCR worked to strengthen seed system capacity and increase access to high-quality plants through assessment, training, and the installation of seed lots. By 2026, 12 new seed lots were planned — two in Guatemala and 10 in Honduras — with the potential to produce up to 5.4 million seeds per year, enough to renovate 1,200 hectares annually starting in 2029.
Sixty seed suppliers were trained to produce healthy and genetically pure seedlings. Twenty-five seed lot operators received training on high-quality seed processing in collaboration with the Coffee Quality Institute. The work in Guatemala and Honduras was funded by JDE Peet's, Kansas State University, and the U.S. Department of State.
Testing in the Field: F1 Hybrids in Latin America
WCR also moved forward on precommercial trials of F1 hybrid varieties in 2025. Four candidate varieties were installed across 10 trial sites in Peru, Guatemala, and Costa Rica. In total, 10,000 F1 hybrid plantlets are now in the ground directly in farmers' fields. The trials represent a small-scale test-run of working with the private sector on variety deployment, with lessons intended to inform how WCR approaches getting new varieties out at scale in the future.
A New Processing Facility in El Salvador
In 2025, WCR installed a small-batch coffee processing facility at its research farm in El Salvador. The facility was custom-designed for the organization's breeding programs, built around the specific challenge of processing samples from thousands of individual trees with precision.
The setup includes specialized fermentation vessels, depulping technology, and controlled drying environments. The goal is to identify superior candidate varieties more accurately and to develop processing protocols that can be shared with partner organizations. As WCR put it, turning a decade of research into superior trees in the ground requires mastering the micro-scale first.
Fighting for the Funding
Doing all of this work requires money, and 2025 brought some real challenges on that front. Public sector investment in agricultural research and development contracted rapidly during the year. WCR responded by going on the offensive — working with its U.S. member companies to defend critical resources and push the message that agricultural science is not optional when it comes to supply security and farmer livelihoods.
The effort paid off. Through coordinated advocacy, WCR helped secure $175 million in fiscal year 2026 "hard earmarks" for international agricultural research and development, including a legal requirement that a portion of those funds support coffee research specifically. That kind of directed public investment points future dollars toward the climate and productivity challenges that define the moment for coffee agriculture.
The Numbers Behind the Work
WCR closed 2025 with 194 member companies from 30 countries. An additional 59 companies and individuals provided financial support during the year. Total income came in at $5,590,000, with coffee industry contributions making up the bulk at $4,962,000. Public sector funding added $339,000, with the remainder coming from other revenue sources.
Total expenditures for the year were $5,588,000. Breeding accounted for $2,052,000 of that. Nursery work came to $853,000, trials to $720,000, global leadership to $475,000, fundraising to $531,000, and administration and accounting to $957,000.
At year-end, WCR's financial position showed cash and investments of $4,849,000, pledges receivable of $4,593,000, and other assets of $568,000. After liabilities of $158,000, net assets stood at $9,852,000.
WCR's knowledge products — including the Coffee Varieties Catalog, Sensory Lexicon, nursery manuals, and more — were viewed 239,722 times across 195 countries during 2025.
What Comes Next
WCR's 2025 annual report is explicitly forward-looking. The organization has spent years building what Dr. Long describes as the genetic foundation of the coffee industry. The next phase is about getting that foundation into use — scaling up distribution of new varieties to farmers' fields and making sure the infrastructure exists to sustain that work indefinitely.
"In the coming years, WCR will explore what it takes to scale up and deploy new varieties to farmers' fields … we are excited to collaborate further with our members and partners as we explore what's possible. Better plants are coming. We'll be ready," Dr. Long said.
Also on the horizon: CafeClima, a free online platform launched in 2026 that integrates climate modeling with IMLVT variety performance data. The tool is designed to help farmers and funders make data-driven replanting decisions and reduce the risk that comes with major renovation investments.
The Bigger Picture
There's a tendency to take coffee for granted. It's everywhere — gas stations, hotel lobbies, airport terminals, kitchen countertops. It has been for a long time. But that availability is built on something that is genuinely fragile: the coffee plant itself, grown in a narrow band of tropical and subtropical climates that are shifting under the weight of a warming world.
WCR's work is a bet that the industry can get ahead of that shift if it acts collectively and early. The Innovea network, the genetic markers, the seed system upgrades in Peru and Uganda and Central America — all of it is oriented toward a single outcome: making sure the coffee that shows up in tomorrow's mug was grown from a tree that could survive what the climate throws at it.
As Dr. Long put it, the best coffee in the world hasn't been grown yet. If the science holds and the networks hold and the funding holds, it's coming.
