Specialized media around the world have been talking about the DISPER productos and review our range on their publications. We have gathered some of this reviews and edited this media dossier so you can appreciate how well rated our products are.
It is essential to start biostimulation in horticulturre from the moment of transplanting. The seedlings have to withstand and overcome great stress as a consequence of adapting to the new conditions in the growing medium, from the environmental, edaphic, nutritional and pest and disease pressure point of view. In addition, the interaction of micro-organisms with the root system will bring innumerable benefits
DetailsThere is an unquestionable need for a working strategy to help the crop overcome water and heat stress. To this end, the use of biostimulants in olive groves plays a fundamental role in many aspects: alleviating their effects on plantations, optimising development in each of the phenological stages of the crop, maintaining stable production over time and avoiding the crop’s alternate growth or reducing sawtooths, which are becoming increasingly marked, mainly due to the water and heat stress to which the crop is subjected.
DetailsToday our commercial and technical team is participating in the XXVII Fruit Workshop organized in Lleida (Catalonia) by the Institute of Agrifood Research and Technology (IRTA.
DetailsThe FAO has been warning for years that groundwater contamination is one of the most important problems in developed countries and that it can be seen more and more in developing countries. Chemical fertilizers have been used on a large scale without thinking about the consequences. Fertilizer contamination occurs when fertilizers are used in greater amounts than a crop can absorb or when they are removed by water or wind from the soil surface before they can be absorbed. The excesses are dragged by water courses or infiltrated through groundwater and this nutrient overload causes eutrophication, giving rise to a massive generation of algae that suppress other plants and consequently aquatic animals, causing a problem of incredible dimensions (a clear and current example of this is the problem of the “Mar Menor” in the Region of Murcia, south of Spain).
DetailsIn addition, soils must be as productive as possible and must be cared for against problems such as erosion, pollution, salinity, etc.Soil salinity refers to the high concentration of salts in the soil and the origin of these can be naturally or due to incorrect agronomic management that increases the concentration of salts in agricultural production. The areas where the most saline conditions are usually present are arid areas, with irrigation and along the coast.
DetailsThe continuous development of new fertilizer products implies that these standards are in continuous adaptation, so that, as they are products, increasingly demanded by the consumer, they continue to be protected by the two legislative frameworks already discussed (the European and the national).
DetailsThe consumption of products for organic agriculture, or also known as organic or even biological products, is constantly increasing. According to FAO sources, the organic market is expected to grow by 20% in the short to medium term, while it is proposed that in 2030 25% of the agricultural land in the EU will be […]
DetailsPhotosynthesis is the metabolic process by which inorganic matter is transformed into organic matter, chemical molecules with a carbon skeleton (C) together with hydrogen (H) and oxygen (O) in different proportions, by means of the light energy from the Sun, which in turn is transformed into chemical energy, for later use by living beings. It […]
DetailsThe essentiality of Boron in different physiological processes of plants is known, such as sugar transport, photosynthesis, nucleic acid metabolism and proteins, synthesis and stability of cell walls and membranes, etc., as well as more specific processes related to flowering, fruiting and quality of the fruits
DetailsThe choice of the dose of the product should depend on the level of saline stress that the crop has, which, in turn, will be conditioned by the following factors:
Specific sensitivity of the crop to salinity
Electrical conductivity of the soil
Electrical conductivity of irrigation water
Soil texture
Others, such as specific climatic conditions, irrigation system and frequency.
