In 2020, Ficosterra was chosen by the United Nations Development Program (UNDP) to participate in the first call for the Ocean Innovation Challenge, a tool designed by the United Nations to contribute to SDG14.
Ficosterra participated with the research project “Nutrialgae,” demonstrating that it is possible to reduce the application of mineral-based fertilizers by 30%, protect the seas, and simultaneously increase crop productivity by up to 20% by applying biostimulants from marine algae extracts and microorganisms.
One consequence of the overuse of mineral-based fertilizers is the acidification and eutrophication of seas and oceans, which receive phosphorus and nitrogen residues not absorbed by crops from rivers.
To find solutions to this serious environmental problem, the UNDP launched the Ocean Innovation Challenge in 2020, a tool to accelerate progress on SDG14 (reducing marine and ocean pollution) by identifying innovative, replicable, and scalable public or private projects that promote the restoration and protection of oceans and coasts, and the promotion of the “blue economy.”
The Nutrialgae project included trials in Ensenada (Mexico) and Casablanca (Morocco) on broccoli cultivation, aiming to verify in two different scenarios (field and laboratory) and two different seasons how marine algae extract biostimulants in synergy with certain microbial strains could reduce conventional fertilization by up to 30% while simultaneously increasing productivity by up to 20%.
As a result, the application of these biostimulants in the field doubled the investment, translating into cost reductions across the entire agro-food industry value chain.
The Scientific Research and Higher Education Center of Ensenada (CICESE, Mexico), GN Productores Navarro (Mexico), and Hassan II University of Casablanca (Morocco) were the entities Ficosterra collaborated with in the field and laboratory tests that integrated the project. For this purpose, biostimulants from algae extracts and microorganisms, cystium-k ® and ficosagro ®, certified for organic farming and sustainably harvested, were used.
Experts have pointed out two economic benefits within this organic farming project: the reduced fertilization costs and the broccoli sale itself. The products applied, characteristic of 21st-century sustainable agriculture, have demonstrated a high return on investment (ROI), achieving economic performance three times higher than the costs. “To assess this gain in economic terms, one must consider not so much the quantity produced but the market it targets, the broccoli sale price, which varies greatly from country to country: two dollars/kg in Mexico compared to 0.3/kg in Morocco. Therefore, the value of broccoli cultivated in “Nutrialgae” varies considerably and is lower in the case of Morocco.
Trials in Mexico | ||||
t0 | t1 | t2 | t3 | |
Kg of broccoli produced | 7,726 | 9,140 | 9,378 | 12,840 |
Sale price $/kg | 2 | 2 | 2 | 2 |
Net profit (excluding fertilization) | 16,848 | 19,935 | 20,496 | 28,222 |
Benefits compared to control | 3,087 | 3,648 | 11,374 | |
Trials in Morocco | ||||
Kg of broccoli produced | 15,295 | 18,537 | 17,490 | 16,172 |
Sale price $/kg | 0.3 | 0.3 | 0.3 | 0.3 |
Net profit (excluding fertilization) | 3,438 | 4,212 | 4,013 | 3,732 |
Benefits compared to control | 0 | 774 | 574 | 294 |
t0: Control Zone: Conventional fertilization, no biostimulant treatment.
t1: Zone treated with biostimulants, reducing conventional fertilization by 10%.
t2: Zone treated with biostimulants, reducing conventional fertilization by 20%.
t3: Zone treated with biostimulants, reducing conventional fertilization by 30%.
Science has long known about the properties of using seaweed to improve crop yields. “Nutrialgae” has further demonstrated that contamination in aquifers caused by nitrogen residues from chemical fertilizers can be reduced.
The multidisciplinary team working on “Nutrialgae” has verified that the application of agricultural biostimulants promotes crop growth by increasing soil porosity and nutrient absorption capacity, reducing salinity, stimulating soil microbial activity, and requiring less water for cultivation. For Ficosterra, these benefits represent a Triple Win, as there are three beneficiaries of this regenerative agriculture: nature, by reducing the carbon footprint and nutrient runoff; farmers, by increasing crop yields and saving on field products; and people, the consumers who can access healthier and more environmentally friendly food.
Ficosterra, representing the Spanish agri-food sector, was the only Spanish company selected in the first edition of the OIC in 2020, where 600 proposals were submitted to contribute to the progress of the blue economy and Sustainable Development Goal 14 (reducing marine and ocean pollution). This environmental challenge is supported by the Swedish International Development Cooperation Agency (SIDA) and the Norwegian Agency for Development Cooperation (NORAD). The final selection of initiatives was made among innovative, replicable, and scalable public and private projects that promote the restoration and protection of oceans and coasts.
It is expected that the trials conducted will raise awareness among local communities in Mexico and Morocco about the benefits of replacing standard fertilizers with algae-based products to ensure the sale of fertilizers and the sustainability of the project.
For more information, we invite you to watch the video of the trials
Project No.: ACP-0000033469 UNDP
Economic allocation: 245,000.00 USD
Start date: March 2021
End date: November 2022
Collaborators:
Esta web utiliza cookies para que podamos ofrecerte la mejor experiencia de usuario posible. La información de las cookies se almacena en tu navegador y realiza funciones tales como reconocerte cuando vuelves a nuestra web, o ayudar a nuestro equipo a comprender qué secciones de la web encuentras más interesantes y útiles.
Más info en nuestra política completa sobre cookies y también en nuestra política completa de privacidad y avisos legales.
Configuración de CookiesACEPTAR
Esta web utiliza cookies para que podamos ofrecerte la mejor experiencia de usuario posible. La información de las cookies se almacena en tu navegador y realiza funciones tales como reconocerte cuando vuelves a nuestra web o ayudar a nuestro equipo a comprender qué secciones de la web encuentras más interesantes y útiles. Más info en nuestra política completa sobre cookies y también en nuestra política completa de privacidad y avisos legales.
Las cookies necesarias son absolutamente esenciales para que el sitio web funcione correctamente. Esta categoría solo incluye cookies que garantizan funcionalidades básicas y características de seguridad del sitio web. Estas cookies no almacenan ninguna información personal.
Para permitir el uso de cookies no necesarias, necesitamos el consentimiento del usuario. Si deseas permitir el uso de las cookies no necesarias, habilita esta casilla. Podrás retirar en todo momento el consentimiento para el uso de este tipo de cookies, en la pestaña inferior de configuración de cookies de nuestro sitio web.