Nanotechnology has become extremely important in many industry and flower gardening is not an exclusion . It can be of great grandness for the quality of territory , by stimulating microorganism . “ Mycorriza and Trichoderma fungi , and some Nitrogen fixing bacteria species are some examples of how the industrial plant can benefit from microbiological activity . There are a great deal more microorganisms which roles are yet to escort unknown , but we sleep together they are all important for ecosystems in cosmopolitan ” , says Javier Franco , Director of Tecnoviv . A territory with no microbiological activity can be considered ‘ inert ’ or ‘ dead ’ ; still , even in the Sahara desert we can determine life , mostly due to microorganisms . ”
Huge diversity of microorganisms“Proper grunge conditions for flora growing usually connote to have secure water retentiveness capacitance , CO2 and O2 exchange capacity , stableness of pH , good electrical conductivity ( EC ) , among other parameters . An optimal plant performance also depends on the fertilization authorities and its nutrient availability for plant life ingestion , cultural practices according to crop character and microbiological activity . The ground can concur and harbour huge variety of microorganisms . In 1 Hans C. J. Gram of soil you’re able to find around 10,000 to 30,000 unlike metal money compose by fungi , bacterium , actinomycetes , protozoan and algae ” , enunciate Javier .
How does it work?So , there exists an inner relationship between grime , microorganisms and plants . But how can nanotechnology avail better the timber of the grease and thus the quality of the plants ? “ Stabilization of land microorganisms can help to keep and improve some of these properties which purport for idealistic options for plant outgrowth . For example , by stimulating and enhancing microbiological activity in soil , we have recorded stabilization of pH , EC increment and constituent matter mineralization in roses in Tabacundo ( Ecuador ) and Bogotá ( Colombia ) . These last resulting in a mid - long - full term in better quality of the stems , leaf and flowers and last but not least , a significant encouragement in yield . Differences are noticeable after around 16 weeks of maintain a lasting microbiological activity in soil . ”
NanovivTecnoviv developed Nanoviv , aproduct that stimulates and render proper shape for outgrowth and multiplication of microorganisms . They have been using this in floriculture for over 10 years and turn in horticulture as well . “ Its components mother neat wallop in soil life history by stimulating and providing proper conditions for growth and multiplication of microorganisms . Fourteen carbon sources , an dynamic enzyme complex and micronutrients from algae at nanoparticle sizing make Nanoviv a unequaled opportunity for filth improvement . Just as little as a few grams per hectare are enough to impact remarkably the microbiological community of any soil . Best results can be obtained when the use of Nanoviv is unfaltering ; however , hold microorganisms is not enough . Nanoviv seeks to achieve a balanced territory regarding its microbiological communities . This mean high concentrations of good and saprophytic organism rather than pathogens . ”
For more information :
Tecnoviv(+593 ) 984 662 652[email protected]www.tecnoviv.com
© FloralDaily.com/Jobke Braber - den Hertog
