
Unbelievable! New Grasses Can Defuse RDX
Editorials News | Nov-29-2016
The scientists from the University of Washington and University of York have found a new species of grasses that can refuse the toxic pollution from bombs. The researchers have found two kinds from bacteria that can eat RDX and break it down into risk-free components in two perennial grass species. These two types of grasses are switch grass (Panicum virgatum) and creeping bent grass (Agrostis stolonifera).
As per the scientists the best- working strains erased all the RDX from a simulated soil in which they were grown within less than two weeks. Not only this, the scientists found that the leaves of the grass do not keep any toxic chemical while removing it completely. The researchers have also claimed that the study is unique and demonstrated for the very first time. The study has revealed the capability of the grasses to transform genetically. The researchers have discovered that these grasses can help to remove pollution from the environment.
Related News
-
Challenges for Wildlife and Ecosystem Services
-
Water Pollution and Its Impact on Agriculture and Food Security
-
Air Pollution: The Hidden Health Crisis in Urban Centers
-
Ethical Issues Surrounding Animal Testing and Research
-
Privacy Issues and The Impact of Data Breaches
-
High Schools Integrate Financial Literacy Programs
-
"ISRO's PSLV-C60 Launch: Advancing India's Space Mission"
-
Importance of Voting in a Democratic World
-
Significance of Wildlife Photography and Citizen Science
-
Cultural Exchanges Between Native Americans and Early European Settlers
Most popular news
- The Law Of Equivalent Exchange
- Essay On Issues And Challenges Of Rural Development In India
- Srinivasa Ramanujan And His Inventions
- The Youth Is The Hope Of Our Future!
- Poverty In India: Facts, Causes, Effects And Solutions
- Top 20 Outdoor Games In India
- Festivals Of India: Unity In Diversity
- Role Of Women In Society
- The Impact Of Peer Pressure On Students' Academic Performance
- Books As Companion