Research, Education, and Network Development to Support Western Organic Flower Seed Production

Progress report for SW24-007

Project Type: Research and Education
Funds awarded in 2024: $349,235.00
Projected End Date: 03/31/2027
Grant Recipient: Organic Seed Alliance
Region: Western
State: Washington
Principal Investigator:
Kayla Ierlan
Organic Seed Alliance
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Project Information

Summary:

The project addresses the significant environmental and health challenges posed by conventional flower production, including its substantial carbon footprint due to refrigeration and express shipping, high pesticide use, and intensive water demands. Organic, regional flower production stands as a sustainable alternative, yet its success hinges on producers' access to high-quality, regionally adapted seed varieties. Through the following five research objectives and five educational objectives, we aim to evaluate flower seed crop yield and quality, assess management practices, analyze weather conditions, determine suitable varieties, and disseminate findings:

Research Objective 1: Evaluate the yield and quality of key flower seed crops 
Research Objective 2: Analyze the influence of weather conditions on flower seed production
Research Objective 3: Determine the suitability of different varieties for flower seed production
Research Objective 4: Determine isolation distances for flower seed crops.
Research Objective 5: Disseminate research findings and reports
Educational Objective 1: Create flower seed online community for social networking, education, and research coordination on the Organic Seed Commons
Educational Objective 2: Develop crop profiles for key flower seed crops
Educational Objective 3: Develop enterprise budget case studies for seed crops
Educational Objective 4: Host flower seed field days at each farm site Educational
Objective 5: Communicate project findings to producers and the general public

Significance for Agricultural Sustainability: The project is poised to create incremental and transformative changes in agricultural sustainability in the floral industry by providing access to regionally adapted seed varieties, enhancing economic viability, promoting environmental stewardship, and increasing resilience against climatic and market fluctuations.

Dissemination and Follow-up: Our dissemination strategy encompasses building communities of learners through online learning circles, publishing comprehensive reports, articles, presenting findings at conferences, and engaging historically underserved communities. Online platforms will serve as additional avenues for distributing guides and fact sheets. Collaborative efforts with stakeholders are designed to ensure the transfer of knowledge and increase the lasting impact of the project.

Expected Outcomes: The project is expected to yield several significant outcomes, including the expansion of markets for organic flowers, job creation for cut flower and seed producers, and the strengthening of rural businesses. Through this initiative, we aim to support a new paradigm for flower production that aligns with the principles of sustainability and community well-being.

Our project's innovative approach, collaborative team structure, and focus on research, education, and dissemination will contribute to sustainable agriculture. By addressing the need for regionally adapted seed varieties, we empower producers to thrive in an environmentally sound and economically viable manner.

Project Objectives:

Research Objective 1: Evaluate the yield and quality of key flower seed crops
Research Objective 2: Analyze the influence of weather conditions on flower seed production
Research Objective 3: Determine the suitability of different varieties for flower seed production
Research Objective 4: Determine isolation distances for flower seed crops.
Research Objective 5: Disseminate research findings and reports
Educational Objective 1: Create flower seed online community for social networking, education, and research coordination on the Organic Seed Commons
Educational Objective 2: Develop crop profiles for key flower seed crops
Educational Objective 3: Develop enterprise budget case studies for seed crops
Educational Objective 4: Host flower seed field days at each farm site Educational
Objective 5: Communicate project findings to producers and the general public

Cooperators

Click linked name(s) to expand/collapse or show everyone's info
  • Stacey Denton - Producer
  • Twozdai Hulse - Producer
  • Kayla Ierlan (Researcher)
  • Winston Oakley (Researcher)
  • Kalan Redwood - Producer
  • Rosie Reynolds - Producer
  • Jasmine Sarp (Educator)
  • Jeremy & Jessica Shreve - Producer
  • Dr. Louisa Winkler, PhD - Producer
  • Dr. Jared Zystro, PhD (Researcher)

Research

Materials and methods:

Objective 1: Evaluate the yield and quality of key flower seed crops. 

To achieve this objective, the first year of replicated flower seed production trials has been conducted. To date, these trials have included the following crops: calendula, sweet peas, zinnias, asters, poppies, strawflower, cosmos and marigold. The trials have been implemented at the Organic Seed Alliance research farm in Chimicum, WA and at six commercial flower seed farms in four states: Eel River Produce in CA, Ferry Boat Seeds in WA, Flora Farm in OR, Lunaseed Farm in WA, Redwood Seeds in California, and Swift River Farm in ID. 

Methodology: The trials followed a randomized complete block design with 2 or 3 replications of three varieties planted at each site. Yield and quality data was collected by harvesting each plot at the time of peak maturity. In addition, images were used to document key harvest and cleaning activities. 

 

Objective 2: Analyze the influence of weather conditions on flower seed production. 

To achieve this objective, weather data, including temperature and rainfall, was be collected at each trial site throughout the 2024 trial period. 

Methodology: HOBO-brand weather monitoring stations were set up at each site to record temperature and rainfall. 

 

Objective 5: Disseminate research findings and reports. 

To achieve this objective, to date, crop summary report tables have been developed from the 2024 research trials.

Methodology: From the 2024 trial data, summary trial report tables have been prepared. These data summaries are being reviewed by the cooperating producers as part of developing reports to share with the broader public. Field days are being organized at the trial sites for 2025, allowing stakeholders to interact with researchers and gain firsthand knowledge of the findings.

Research results and discussion:

Table 1. Preliminary seed yield results from multiple farms and varieties. Values are seed yield per plant (grams). Replicates are shown individually; averages are shown by crop and variety across all farms and replicates.

Part A. Individual Farm Replicates

Crop Variety Farm Replicate Yield (g/plant)
Aster Moonstone Farm 1 0.13
Aster Moonstone Farm 1 0.18
Aster Moonstone Farm 2 0.00
Aster Moonstone Farm 3 0.00
Aster Sea Star Farm 1 1.84
Aster Sea Star Farm 1 1.85
Aster Sea Star Farm 2 0.00
Aster Sea Star Farm 2 0.00
Aster Sea Star Farm 3 0.00
Aster Tower Chamois Farm 1 1.12
Aster Tower Chamois Farm 1 1.88
Aster Tower Chamois Farm 2 0.00
Aster Tower Chamois Farm 3 0.00
Calendula Resina Farm 4 15.22
Calendula Resina Farm 4 17.57
Calendula Resina Farm 4 44.87
Calendula Resina Farm 5 0.02
Calendula Resina Farm 5 0.03
Calendula Resina Farm 6 14.42
Calendula Resina Farm 6 26.22
Calendula Resina Farm 1 1.59
Calendula Resina Farm 1 2.79
Calendula Resina Farm 2 4.73
Calendula Resina Farm 2 5.67
Calendula Snow Princess Farm 4 3.74
Calendula Snow Princess Farm 4 14.96
Calendula Snow Princess Farm 4 19.18
Calendula Snow Princess Farm 5 0.02
Calendula Snow Princess Farm 5 0.03
Calendula Snow Princess Farm 6 5.97
Calendula Snow Princess Farm 6 10.79
Calendula Snow Princess Farm 1 0.32
Calendula Snow Princess Farm 1 0.43
Calendula Snow Princess Farm 2 5.04
Calendula Snow Princess Farm 2 6.54
Calendula Strawberry Blonde Farm 4 9.13
Calendula Strawberry Blonde Farm 4 10.92
Calendula Strawberry Blonde Farm 5 0.01
Calendula Strawberry Blonde Farm 5 0.01
Calendula Strawberry Blonde Farm 6 5.52
Calendula Strawberry Blonde Farm 6 13.35
Calendula Strawberry Blonde Farm 1 0.14
Calendula Strawberry Blonde Farm 1 0.56
Calendula Strawberry Blonde Farm 2 0.00
Cosmos Afternoon White Farm 6 4.21
Cosmos Apricot Lemonade Farm 4 12.75
Cosmos Apricot Lemonade Farm 4 17.82
Cosmos Apricot Lemonade Farm 4 34.57
Cosmos Apricot Lemonade Farm 5 0.00
Cosmos Apricot Lemonade Farm 2 2.15
Cosmos Apricot Lemonade Farm 2 2.90
Cosmos Cupcake Mix Farm 4 11.45
Cosmos Cupcake Mix Farm 4 12.70
Cosmos Cupcake Mix Farm 4 26.09
Cosmos Cupcake Mix Farm 5 0.00
Cosmos Cupcake Mix Farm 2 6.76
Cosmos Double Click Snowpuff Farm 4 7.30
Cosmos Double Click Snowpuff Farm 4 12.26
Cosmos Double Click Snowpuff Farm 4 16.36
Cosmos Double Click Snowpuff Farm 5 0.00
Cosmos Double Click Snowpuff Farm 2 3.06
Cosmos Double Click Snowpuff Farm 2 3.61
Marigold Crackerjack Farm 4 93.22
Marigold Crackerjack Farm 6 11.85
Marigold Crackerjack Farm 6 11.88
Marigold Crackerjack Farm 2 11.67
Marigold Crackerjack Farm 2 13.06
Marigold Crackerjack Farm 3 0.00
Marigold Queen Sophia Farm 4 14.43
Marigold Queen Sophia Farm 6 1.89
Marigold Queen Sophia Farm 6 3.22
Marigold Queen Sophia Farm 2 7.02
Marigold Queen Sophia Farm 2 7.37
Marigold Queen Sophia Farm 3 0.00
Marigold Shades of Gold Farm 4 44.63
Marigold Shades of Gold Farm 6 13.01
Marigold Shades of Gold Farm 6 16.74
Marigold Shades of Gold Farm 2 7.94
Marigold Shades of Gold Farm 3 0.00
Strawflower Apricot Peach Farm 4 11.50
Strawflower Apricot Peach Farm 5 0.00
Strawflower Apricot Peach Farm 3 0.00
Strawflower Mix Farm 4 10.39
Strawflower Mix Farm 4 13.00
Strawflower Mix Farm 5 0.00
Strawflower Mix Farm 3 0.00
Strawflower Silver Rose Farm 4 0.00
Strawflower Silver Rose Farm 5 0.00
Strawflower Silver Rose Farm 3 0.00
Zinnia Benary’s Giant Farm 4 10.17
Zinnia Benary’s Giant Farm 4 29.74
Zinnia Benary’s Giant Farm 6 6.42
Zinnia Benary’s Giant Farm 6 9.36
Zinnia Benary’s Giant Farm 2 10.87
Zinnia Benary’s Giant Farm 2 11.10
Zinnia Benary’s Giant Farm 3 0.00
Zinnia Queen Lime Red Farm 4 12.78
Zinnia Queen Lime Red Farm 6 5.39
Zinnia Queen Lime Red Farm 6 6.41
Zinnia Queen Lime Red Farm 2 16.48
Zinnia Queen Lime Red Farm 2 16.58
Zinnia Queen Lime Red Farm 3 0.00
Zinnia Salmon Rose Farm 4 5.57
Zinnia Salmon Rose Farm 4 24.52
Zinnia Salmon Rose Farm 6 4.25
Zinnia Salmon Rose Farm 6 7.80
Zinnia Salmon Rose Farm 2 5.39
Zinnia Salmon Rose Farm 2 8.27
Zinnia Salmon Rose Farm 3 0.00

 

Part B. Variety Averages

Crop Variety Average Yield (g/plant)
Aster Moonstone 0.08
Aster Sea Star 0.74
Aster Tower Chamois 0.75
Calendula Resina 12.10
Calendula Snow Princess 6.09
Calendula Strawberry Blonde 4.41
Cosmos Afternoon White 4.21
Cosmos Apricot Lemonade 11.70
Cosmos Cupcake Mix 11.40
Cosmos Double Click Snowpuff 7.10
Marigold Crackerjack 23.61
Marigold Queen Sophia 5.66
Marigold Shades of Gold 16.46
Strawflower Apricot Peach 3.83
Strawflower Mix 5.85
Strawflower Silver Rose 0.00
Zinnia Benary’s Giant 11.09
Zinnia Queen Lime Red 9.61
Zinnia Salmon Rose 7.97
Participation Summary
6 Producers participating in research

Research Outcomes

Recommendations for sustainable agricultural production and future research:

The research for this project is currently underway. There are no reccomendations to share at this point in the project. 

1 Grant received that built upon this project
7 New working collaborations

Education and Outreach

1 Published press articles, newsletters

Participation Summary:

6 Farmers participated
Education and outreach methods and analyses:

Objective 1: Create flower seed online community for social networking, education, and research coordination on the Organic Seed Commons 

Organic Seed Commons (OSC) https://www.organicseedcommons.org/ is a dynamic social networking platform designed and hosted by OSA where individuals and communities working in seed connect across and learn about the seed system with over 2,200 members representing 66 countries and all 50 US States. OSC is an established and thriving online ecosystem of seed communities, and the nexus for all of the proposed virtual activities in this project. To date, in OSC, we are building the Flower Seed Synergy Group that includes the participating flower seed farmers, and will be open to  all other members interested in flower seed to network with other flower seed enthusiasts and engage in proposed outreach and educational events and tools. 

Methods: An online flower seed synergy space is being created to host content from this project and serve as a peer-to-peer learning space where members can post questions and images and exchange knowledge. 

Objective 3: Develop enterprise budget case studies for seed crops. 

To address this objective, enterprise budget case studies are being developed with Highland Economics, an economics firm specializing in agricultural economics, showcasing the economic aspects of seed production. The case studies will highlight the range of fixed and variable costs, profitability, marketing strategies, and decision making processes involved in seed crop enterprises. 

Case Study Development: Highland Economics has developed labor and input tracking tools, which were utilized by cooperating farms in 2024 to collect and compile all labor and input costs associated with the flower seed crops. These records will be used in conjunction with the trial yield data to develop the flower seed crop enterprise budgets.

Objective 4: Host flower seed field days at each farm site. 

To accomplish this objective, field days are being being organized at the participating farms for the 2025 field season, providing an opportunity to share the results of the yield trials and case studies. The field days will also cover the basics of flower seed production, fostering knowledge exchange and networking among participants. 

Education and outreach results:

To date, we have not shared the project's preliminary findings outside of the project team.

Education and Outreach Outcomes

Recommendations for education and outreach:

The project team does not have reccomendations to share at this point in the research.

Key areas taught:
    Any opinions, findings, conclusions, or recommendations expressed in this publication are those of the author(s) and should not be construed to represent any official USDA or U.S. Government determination or policy.