ISCA, a leader in innovation in the semiochemical market and a pioneer in the development of sustainable insect control methods through biocommunication, is entering a new phase in its history. The company is adopting the new global visual identity of the DE SANGOSSE GROUP, of which it is a part, reinforcing its connection with an international network of 18 companies specializing in biosolutions, present in more than 64 countries.
Since 1926, the DE SANGOSSE GROUP has been developing integrated technologies for plant nutrition and physiology, crop protection, and pest control. Headquartered in Agen, France, the group brings together companies such as Agronutrition, Liphatech, Servalesa, Synertech Industries, Fine, Nutrient Tech, Agrozono, Agronaturalis, BioVitis, Fertiplus, Symvitro, Biológica Nature, CCL, AlgaEnergy, and AlphaBio, as well as ISCA, committed to offering innovative and sustainable solutions for global agribusiness.
The launch of the new global branding DE SANGOSSE GROUP marks an important strategic step for all companies in the group, including ISCA. This unification brings greater strength, visibility, and international recognition, allowing ISCA to expand its presence and communicate its commitment to innovation, sustainability, and efficiency in the field even more clearly. Within this global structure, ISCA stands out as a provider of innovation in biocommunication, contributing solutions that combine cutting-edge scientific research and technology applied to sustainable agriculture.
More than just an aesthetic change, this transition marks a strategic advancement. By adopting the new global standard of the DE SANGOSSE GROUP, ISCA expands access to new technologies, research centers, and partnerships with brands that share the same purpose: to promote balanced, efficient, and environmentally conscious agriculture.
Kenai Peninsula, Alaska — April 2025 – Scientists from the USDA Forest Service, ISCA Inc., and local partners have made major strides in protecting Alaskan spruce forests from the devastating the Spruce Beetle, Dendroctonus rufipennis, using semiochemicals—compounds that influence insect behavior.
Between 2021 and 2024, field trials with SPLAT® MCH, a biodegradable formulation containing an anti-aggregation pheromone, achieved up to 94% reductions in Spruce Beetle captures and significantly lowered tree mortality. The treatment mimics a “no vacancy” signal, deterring beetles from colonizing trees.
Researchers also established a “zone of inhibition” extending about 4 meters from treated trees, providing a basis for efficient deployment. Notably, SPLAT® MCH alone proved highly effective protecting trees from Spruce Beetles, contradicting previous assumptions based on low-dose trials.
Encouraged by the success, the team plans to continue evaluating different dosages and combinations to develop scalable, sustainable forest management tools against this pest.
APIS BLOOM is an attractant that directs bees to areas that most need pollination, increasing the frequency and effectiveness of visits, as in this almond plantation.
The product is applied to the tree branch, without coming into contact with the flower.
With APIS BLOOM, this broccoli plantation in Yuma, Arizona had substantially larger seed yield due to a increased in bee visitation
APIS BLOOM applied to the broccoli leaf
After applying APIS BLOOM, bees immediately start visiting the crop
APIS BLOOM helps to better distribute pollination in crops
A recent study by Rutgers University on the global decline in bee populations, published in Nature Ecology & Evolution, has brought new and worrying revelations. A group of 25 agricultural crops grown in 85 different countries are losing crop yields due to pollination deficiency. The research revealed that the lack of pollinators, especially bees, is compromising the productivity of essential crops such as fruits, vegetables, nuts and legumes. This limited pollination not only reduces crop yields, but also poses a significant risk to global food security. Without adequate pollination, plant fertilization is impaired, resulting in smaller and poorly formed fruits, directly affecting the ability to provide food for a growing global population. A major challenge faced by farmers is the lack of effective strategies to integrate bees into agricultural management. Many still do not use methods that maximize the potential of bees to improve pollination. The lack of practices to optimize pollination represents a significant obstacle to sustainable and efficient agricultural production. Overcoming this challenge can have a transformative impact on agriculture. Implementing strategies that improve pollination can lead to an increase in the quantity and quality of crops, benefiting both productivity and sustainability. Integrating methods that promote more effective pollination is essential to ensure a more balanced and environmentally responsible agriculture, in addition to contributing to global food security. An innovative solution to help address this crisis is APIS BLOOM, developed by ISCA Technologies. This product was designed to attract more bees to agricultural areas, improving flower pollination. APIS BLOOM works as an attractant that directs bees to the areas most in need of pollination, increasing the frequency and effectiveness of their visits. As a result, fruits tend to be larger and better formed, and crops become more abundant and of better quality. In addition, the product can be easily integrated into existing agricultural management systems, offering a practical and efficient approach to optimizing pollination. Improving pollination efficiency can not only increase crop productivity, but also help ensure a more sustainable and secure agriculture for the future.
ISCA and De Sangosse teams verify results of product attracts and kills in the Brazilian cerrado
Insects have long plagued our crops, health and ecosystems. Traditional chemical crop protection is not the only answer - semiochemicals enter the picture!
De Sangosse, with operations in over 60 countries, has consistently advocated for sustainable crop management. With ISCA′s innovative methods, which use the scents of nature to manage insect behavior, a greener future in crop protection looks more promising than ever!
Together, we are offering:
• Ecological solutions without waste
• Improved crop yields
• Sustainable management practices against insect resistance
• Safer environments for farm workers
• A robust response to society′s call for less reliance on conventional chemicals
Nicolas Fillon, CEO of De Sangosse Group, said: "With ISCA, our vision of a greener and healthier planet becomes even more tangible."
Agenor Mafra-Neto, PhD. CEO of ISCA Inc., adds: "Our combined strengths expand the potential for sustainable insect management around the world."
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