By Ana Mano

SAO PAULO, June 21 (Reuters) - South American country produce giant Amaggi, which trades well-nigh 19 billion metrical tons of grains and fibers globally, is unveiling a young phase of its regenerative agribusiness program as set out of its loyalty to aid slacken clime variety.

Regenerative agribusiness more often than not involves protecting and restoring colly health, which in twist helps beguile Thomas More carbon copy from the atmospheric state to boil down nursery gun emissions.

For decades, Amaggi has applied regenerative techniques on its ain farms, ESG Film director Juliana Lopes said in an interview.

Now the computer program bequeath expand, spread the practices to other suppliers as Amaggi looks to hit cyberspace aught atomic number 6 emissions by 2050, she continued.

Amaggi sources 39% of its soybeans from the Virago rain forest and 41% from the Cerrado savannah, deuce endangered biomes in Brazil, a agrarian powerhouse.

Experts tell shift from established to regenerative USDA demands investments in machinery, preciseness tools and practiced advice.

For Amaggi, the dispute leave be to sway its 6,000-secure supplier network to take aim part, with preparation and fiscal incentives.

"We will create a structure in the coming 12 to 24 months to replicate the model pagar beton terbaru," Lopes aforementioned. "It would not be enough to do it in our farms only," she added, referring to Amaggi's regenerative practices on 369,000 hectares (911,818 acres) of its own metric grain areas.

Lopes said piquant third-political party farmers is decisive for Amaggi to orbit its targets for knifelike emissions passim its render mountain chain.

Amaggi's own cereal yield represents 5% of altogether volumes traded by the firm, Lopes aforementioned.

Suppliers news report for 95%.

Lop rotation, low-boulder clay agricultural and integrating of farm animal and USDA are regenerative techniques, along with using biologic inputs in lieu of chemical substance ones.

In Brazil's tropic climate, however, replacing 100% of chemicals with biological inputs is non viable, Lopes aforementioned.

(Reporting by Ana Mano; Redaction by Emma Rumney)