11th International AMALGEROL Conference 2022
ZUM PROGRAMMProgramm
Impressionen
Programmdetails
Biostimulant Worldwide Market and General Trend
Walid Saad, Hechenbichler GmbH, Austria
The global biostimulant market was estimated at USD 3 billion in 2021 and is projected to experience significant growth with a CAGR of 12.1% from 2022 to 2028, driven by factors such as increasing population, declining arable lands, and a shift from synthetic to organic agricultural practices. Europe held the largest market share in 2021, followed by Asia Pacific, and both regions are expected to continue their growth, with Asia Pacific projected to have the highest growth rate due to agriculture-driven economies and increasing demand for sustainable solutions. The market is segmented by active ingredients, application methods, crop types, and forms, with acid-based biostimulants and foliar treatment being prominent segments, and row crops representing a significant share of biostimulant usage.
Crop Agronomical and Physiological Response to Biostimulation with AMALGEROL: Results from the FMC-UPCT Agricultural Sciences Chair
Dr. Alejandro Pérez, Polytechnic University of Cartagena, Spain
Research conducted by the FMC-UPCT Agricultural Sciences Chair focused on the effects of AMALGEROL application on crops in semi-arid conditions, particularly regarding water and nutrient use efficiency. Studies on various crops, including mandarin trees, table grapes, peppers, tomatoes, and citrus trees, showed positive impacts on yield, plant vigor, water use efficiency, and fruit quality. The research also involved continuous training for farmers and technicians, the use of scientific equipment for monitoring plant and soil parameters, and collaborations with various universities and organizations.
AMALGEROL and Mycorrhiza: Experimental Results
Dr. István Parádi, ExperiPlant Ltd., Eötvös Loránd University (ELTE), Hungary
The presentation explores the relationship between AMALGEROL and mycorrhiza, beginning with historical context and the discovery of mycorrhizal symbiosis. It details the benefits of arbuscular mycorrhiza, including nutrient uptake, improved soil structure, and drought tolerance. Experimental results from 2015/16 and 2022 are shown, indicating that AMALGEROL can enhance mycorrhizal colonization and plant performance under both stress and optimal conditions, leading to increased yield and improved plant health.
AMALGEROL ESSENCE Results on Wheat and Grapes
Prof. Dr. Mario Lešnik, University of Maribor, Slovenia
Experiments were conducted on wheat and grapes to test the effectiveness of AMALGEROL ESSENCE biostimulator as an additive to fungicides, with a focus on reducing fungicide doses. Results indicated that while a 50% reduction of fungicide doses was possible in some cases, it is generally not recommended due to potential financial losses, and further testing with slightly increased biostimulator doses and reduced fungicide doses is suggested for optimal results. The biostimulator showed potential for limiting disease, anti-stress activity, and improved repair of damage from harmful organisms, particularly in wheat, and demonstrated synergistic effects with grape protection products.
AMALGEROL ESSENCE - Application Twice per Season. Why?
Aleksandar Metodiev, Hechenbichler Representation Office for Bulgaria, Romania & Moldova
Trials conducted in 2021 and 2022 with wheat, sunflower, and maize show that applying AMALGEROL ESSENCE twice per season can significantly increase yields. In wheat, two applications of AMALGEROL ESSENCE surpassed the yield of standard nitrogen fertilization, even with reduced nitrogen rates. Similar results were observed in sunflower and maize, with the highest yields achieved when AMALGEROL ESSENCE was applied twice, demonstrating its effectiveness in enhancing crop productivity.
AMALGEROL Updates - Trials and Trends
Dr. Jürgen Hacker, Hechenbichler GmbH, Austria
Trials conducted in 2022 focused on the synergies between AMALGEROL and AMALGEROL ESSENCE with plant protection products, as well as their potential under reduced nitrogen fertilization and understanding their ways of action. Experiments showed reduced potato blight infection with AMALGEROL ESSENCE and successful reduction of fungicide doses in grapes when combined with AMALGEROL and AMALGEROL ESSENCE. Additionally, trials explored the impact of reduced nitrogen fertilization with the use of AMALGEROL ESSENCE and microbial products, including drone observations and assessments of nitrogen content in leaves.
AMALGEROL ESSENCE in the New World - First Results from Canada
Logan Skori, PhD, Hechenbichler GmbH, Canada
Initial trials with AMALGEROL ESSENCE in Canada focused on canola, peas, lentils, soybean, corn, wheat, blueberry, and grapes, driven by interest in soil health, plant stress management, and expanding market opportunities. Canadian canola production, characterized by a 120-day lifecycle and reliance on GMO herbicide traits, saw yield increases in two separate trials with AMALGEROL ESSENCE applied at the 6-leaf stage, with one trial also including an application at 30% flower bloom. Key technical considerations for application in Canada include standard water volume usage for crop protection, the common practice of a single in-season pass, and the importance of understanding crop staging and soil conditions to maximize the product's effect.
AMALGEROL with Soil Pesticides - Project Experience from Hungary
Bendegúz Takács, HECHTA Kft., Hungary
An experiment was conducted on maize to test the effectiveness of combining AMALGEROL MG with Force 1.5 G soil insecticide, aiming to mitigate the impact of a reduced insecticide dose. Results showed that the mixture reduced larvae populations and increased mycorrhizae on roots, leading to improved nutrient uptake and plant survival. The combination treatment also resulted in lower plant tilt percentages and reduced root damage compared to the untreated control, and similar levels of protection to the standard insecticide dose.
AMALGEROL / AMALGEROL ESSENCE Updated Activities in Lebanon and Development on Bananas
Sleiman Menassa, Greenyard Agri SAL, Lebanon
Banana cultivation in Lebanon faces challenges due to climate stress, including temperature fluctuations and frost risk, as well as nematode infections. AMALGEROL ESSENCE applications have shown positive effects, such as accelerated root development, improved plant vitality, protection against frost damage, and enhanced efficacy of nematicide treatments, even allowing for reduced doses. These benefits have resulted in yield increases, improved yield protection, and the ability to successfully plant new banana varieties, leading to significant financial advantages for growers.
Consequences of AMALGEROL Application to Soil in Crops under Semi-arid Conditions
Dr. Alejandro Pérez, Polytechnic University of Cartagena, Spain
The presentation demonstrated various positive effects of AMALGEROL application on different crops, including increased yield due to fruit weight, improved fruit quality, and enhanced vegetative growth. AMALGEROL also led to an increase in microbiological activity, root mycorrhization, and root density, as well as improved soil respiration near drip irrigation emitters. Furthermore, enzyme activity was enhanced during periods of high evaporative demand, leading to increased soil nutrient availability and the potential for reduced fertilization, with biostimulation further improved by optimizing irrigation water use.
