AGRI GREEN EXPO 2018 of Ismailia (Egypt)

AGRI GREEN EXPO 2018 of Ismailia (Egypt)

AGRI GREEN EXPO 2018 of Ismailia (Egypt)

ADLER AGRO was present at the Local Agriculture Fair of Ismailia.

The fair took place at the beginning of July 2018 and was a complete success. In this local event ADLER AGRO was present thanks to our exclusive distributor for Egypt.

In this way, we want to thank the trust placed in our products and congratulate them for the success of their participation in the event.

Likewise, we would like to thank the visitors who visited the stand for the interest shown in our products.

Fertilization during the flowering season in agriculture

Fertilization during the flowering season in agriculture

Fertilization during the flowering season in agriculture

Flowering is a brief period, since most of the flowers wither very quickly. However, it is a fundamental process in agriculture. Since the processes of pollination, fertilization, seed formation and initial fruit growth occur in it, which will define to a significant extent the quantity and quality of the final harvest.

Flowering is essential, especially in certain crops such as fruit and horticultural crops. Since the main commercial value of these crops are the fruits.

During flowering the following stages usually happen:

– Possible elongation of the floral peduncle

– Opening of the corolla followed by the appearance of stamens and pistils

– Dehiscence of the anthers and dispersion of pollen

– Receptivity of the pistils with frequent appearance of stigmatic fluid

The time of flowering depends mainly on the species, being able to develop earlier or late depending on the cultivated variety. Normally it is carried out between the spring and autumn seasons. Being the so-called long-day plants those that bloom between spring and early summer and the short-day plants the ones that bloom in the autumn.

In this way, the flowering process is closely related to four main factors:

– Hormonal activity

– Environmental conditions (light and temperature)

– Water availability

– Balanced nutrition

Regarding nutrition, flowering crops need to keep constant the level of nitrogen, and receive phosphorus and potassium. But not in excessive amounts, since excess nutrients can lead to a nutritional imbalance, decreasing the positive effect.

It is also important to provide micronutrients such as boron that participates in pollination, flowering and seed production and is of great importance for the hormonal regulation of plants. As well as the Molybdenum, whose lack in the crop produces a reduction of the growth of the plant and the flowering.

In addition, this process requires a lot of energy mostly for the production of amino acids involved in reproduction.

In this sense, ADLER AGRO has developed a specific nutritive solution for this delicate and transcendental phase of the crop. FLOWER is a biostimulant based on amino acids and micronutrients that improves the nutritional state of the plant, stimulating physiological functions that occur at this moment of the cycle.

Its high content of complexed boron and molybdenum ensures an easy assimilation of these nutrients. Thus increasing viability of pollen, flower fertility and promoting fruit setting.

Thanks to its high content of amino acids, FLOWER allows the plant to overcome adverse weather conditions or stress that especially affect pollination and fruit, increasing the germinative power of the pollen grain and the elongation of the pollen tube.

The ADLER AGRO formula guarantees an increase of the flowering and the setting, and therefore its production.

Robotic Agriculture

Robotic Agriculture

Robotic Agriculture

Let's start by defining what the word robot means, which, in so many cases, scares and attracts us at the same time. The term comes from the Czech word robota, which means 'compulsory work'. It is still a product that has its functions defined 100% and that cannot change the destination of its use by itself.

From the parking machines to the refrigerators that we have at home, we have a wide range of electronic devices that in many cases solve our day-to-day work, but in many others we can see it as an attack on the manual work of people who they could be occupying the position of the machine.

The purpose of this post is not to create controversy, but to talk a little about advances in agriculture, which can seem fascinating and innovative. The first revolution was already seen in this sector when, thanks to animals, and the elemental use of water and wind, we put aside the roughest work. After this came steam engines, engines, tractors ... In short, they were appliances, let's call them that, that increased production and reduced labor, that is, they increased the general yield of the crop.

Well here comes the news, drones. Yes, drones that will allow spraying herbicides at more or less 200 m2 / h. This is being done by the robotics company DJI. These new "air farmers" will be autonomous and will return to their base to load both spray material and batteries, and thus organize themselves among their squad partners, areas and work times.

All this, which in turn is going to provide the farmer, is information in real time on his crop, at a photographic and / or video level, on the state of the plant material, the land or the irrigation systems. Therefore, now the question is, are we facing a new industrial revolution?