Efficient and sustainable management

The agronomic management efficient and sustainable has its origins in the principles of the Austrian philosopher Rudolf Steiner and biodynamic agriculture. Principles that Tiloom wants to pass on to greenkeepers and groundsmen so that they can put them into practice with our products and measuring tools.

This management in the profiles of sports surfaces requires an appropriate and intelligent use of natural resources. Basic agronomic parameters such as pH, %VWC, Soil salinitynutrient content of soils such as MSLN or SLAN, among others, must be continuously monitored to correct them as far as possible.

There are many relationships physico-chemical which we have to try to keep in balance in order to be able to implement this management.

Before over-fertilising, it is necessary to establish a pH in the soil to improve absorption.

It is inefficient to try to improve the phosphorus uptake through fertiliser additions without taking into account the Soil pH.

The infiltration rates of our soils are a reflection of the characteristics of our soils. physical-chemical of the fields, which will also be influenced by the content of organic matter, etc... On organic matter, we have nowadays management arrangements to minimise it.

It is not only agronomy that needs to be taken into account, but also the gameplay, biomechanicsthe state of the installations, etc. We can study up to the microbiome of our soils. Thanks to modern dna sequencing techniques we can study the microbiological nature and restore it by inoculating the required micro-organisms.

Genomic sequencing of soils will allow us to classify the soil microbiome and its health.

Today, Tiloom is able to propose a management based on the inoculation of efficient, associative, symbiotic and free-living micro-organisms. We stimulate the colonisation of the rhizosphere of our greens, tees or football pitches through mycorrhizal fungi. Glomus iranicum, Trichoderma harziaunum T-78 and free-living microorganisms around a Microbial Integrated Model (MIM). This model for the management of sports surfaces is the great novelty that we are presenting from the hand of Symborg. In addition, we are introducing the worldwide commercialisation of the bacteria that bind the Atmospheric nitrogen at leaf level, Methylobacterium symbioticum

BlueN consists of a preparation of the bacterium Methylobacterium symbioticum, an endophytic, photosynthetic micro-organism capable of colonising the entire phyllosphere of the turf. It performs a biological nitrogen fixation, through the Nitrogenase enzyme, This contribution is made on an ongoing, efficient, cost-effective and sustainable basis. 

All our Symborg products are certified for biodynamic management, certified by FIBL.

If you want to know more about biodynamic management, please contact us at info@tiloom.com.