Harnessing microbes to boost plant production

Dec 18, 2008

Farmers, home gardeners, golf course managers and other growers now have access to a new type of microbial fertilizer that dramatically increases plant size and yield, thanks to a licensing agreement between Michigan State University and Bio Soil Enhancers Inc.

C.A. Reddy, MSU professor of microbiology and molecular genetics, and Lalithakumari Janarthanam, visiting research associate in the same department, isolated beneficial bacteria, fungi and other soil microbes. The scientists then combined selected groups of organisms and identified a formulation that significantly increased plant growth and productivity.

"The microbe formulation offers a number of benefits to plants," Reddy said. "It promotes growth by enabling plants to use atmospheric nitrogen. This reduces the need for chemical fertilizers, which reduces greenhouse gas emissions. The formulation also helps the plants become more disease-resistant and helps mobilize key minerals, such as phosphate, which helps crops produce plant growth stimulating hormone. Above all, the formulation is cost effective and environmentally friendly."

"We tested the formulations on a number of plants -- from bell peppers, squash and tomatoes to corn, soybeans and grasses," he said. "The improvement in growth and yield was 25 percent to more than 90 percent. Even we were surprised by the broad spectrum of plants that benefited from the formulation. I don't know of any other product currently on the market that benefits so many types of crops."

The two most beneficial formulas have been commercially licensed by Bio Soil Enhancers, based in Hattiesburg, Miss. Wayne Wade and Krish Reddy, co-founders of the company, said initial products are on the market now and new products are expected to be released very soon. The microbial fertilizers cost less than nitrogen-based fertilizers, according to Wade and Krish Reddy. Bio Soil Enhancers is pursuing organic certification for the compounds, according to Lou Elwell, company president and co-founder.

"Our mid-season reports showed a 50 to 90 percent increase in cotton yield for the growers that were using our microbial-based fertilizer," Elwell said. "The improvements are very impressive."

"We look forward to working with Bio Soil Enhancers to further develop this promising soil enhancement formulation," said Mike Poterala, executive director of MSU Technologies, which is responsible for commercializing MSU technology and negotiated the license with Bio Soil Enhancers. "This is a very exciting development for MSU that promises significant improvements in plant quality and yield."

Source: Michigan State University

Explore further: Orb-weaving spiders living in urban areas may be larger

add to favorites email to friend print save as pdf

Related Stories

Water leads to chemical that gunks up biofuels production

22 minutes ago

Trying to understand the chemistry that turns plant material into the same energy-rich gasoline and diesel we put in our vehicles, researchers have discovered that water in the conversion process helps form ...

Restaurants experimenting with pay-in-advance tickets

55 minutes ago

With restaurant patrons increasingly jumping on the Internet to make reservations, some high-end eateries here and across the country are adding a new tech wrinkle: having their clientele pay for their meal in advance using ...

Recommended for you

Orb-weaving spiders living in urban areas may be larger

2 hours ago

A common orb-weaving spider may grow larger and have an increased ability to reproduce when living in urban areas, according to a study published August 20, 2014 in the open-access journal PLOS ONE by Eli ...

Sequencing the genome of salamanders

7 hours ago

University of Kentucky biologist Randal Voss is sequencing the genome of salamanders. Though we share many of the same genes, the salamander genome is massive compared to our own, about 10 times as large.

User comments : 0