Santos / New Delhi / New York / Washington / DC / Toledo / Piauistate / Sevilla / Islamabad / /
Company
IBM / ABC / GE / Rai LC / Google / Wani SA / Pardo AG / Ferro / Kohler / Yadav SA / HP / Soil / IACSIT Press / BioMed Central Ltd. / Loon LC / Creative Commons / /
Country
Uruguay / Niger / Bangladesh / Uzbekistan / Pakistan / United States / Brazil / Singapore / India / / /
antioxidant machinery / abiotic stress management / inorganic chemical-based fertilizers / carrier materials / transportation / physical and chemical factors / field management / rubber / Chemical fertilizers / oil compounds / potential tool / integrated nutrient management systems / chemical fertilisers / biofertiliser applications / nutrient rich high quality food / vermiculture biotechnology using earthworms / food safety / heavy metal / bio-products / agro-chemicals / chemicals fertilizers / food demands / molecular biotechnology / chemical agents / online submission / life-threatening chemicals / root systems / organic and conventional farming systems / /
NaturalFeature
Tarkka MT / /
Organization
International Centre for Genetic Engineering and Biotechnology / Department of Science and Technology / Mycorrhiza / Department of Biotechnology / Santos VB / Government of India / /
Person
Luciana Lanteri / Yousef Sohrabi / Ani Environ Sci / Mónica Creus / Aruna Asaf Ali Marg / Appl Microbiol / Charles Darwin / Deepak Bhardwaj / Mohammad Wahid Ansari / Ann Agric Sci / Loren V / Mustafa Gok / /
Position
Gresshoff PM / second messenger / General / player / Singh HB / /
An upper limit for macromolecular crowding effects