Council of Scientific and Industrial Research

Hemendra Pratap Singh

Alok Kalra

Sushil Kumar

Suman Preet Singh Khanuja

Nirmal Kumar Patra

Vijay Pal Singh

Nareshwar Mengi

Hasan Tanveer

Ved Ram Singh

Paltoo Ram

Vijay Kumar

Birendra Kumar

Dharmendra Kumar Rajput

Ajit Kumar Shasany

Ajit Kumar Shasney

Raja Ram

Herikesh Bahadur Singh

Mahendra Singh Negi

Jitendra Pal Singh

Harikesh Bahadur Singh

Arif Ali Naqvi

Kambod Singh

Neeraj Kumar Tyagi

Shiv Ram Sharma

Mahendra Pandurang Darokar

Om Parkash Dhawan

Ram Sajeevan Shukla

Jitendra Pratap Singh

Sheo Ram Sharma

Madan Mohan Gupta

Raj Kishori Lal

Man Mohan Singh

Anand Pal Singh

Hari Om Misra

Mansoor Alam

Surendra Pratap Singh

Samresh Dwivedi

Abdul Sattar

Jawahar Ram Sharma

Mohammad Zaim

Umesh Chandra Lavania

Virendra Kumar Singh Tomar

Aparbal Singh

Abdul Samad

Rajesh Luthra

Harmesh Singh Chauhan

Muni Ram

Ram Sajivan Shukla

Mala Trivedi

Saba Shahabuddin

Ashok Kumar Singh

Chandan Singh Chanotiya

The present invention relates to the development of a novel, morphologically and genetically distinct khusinol rich essential oil producing clone of vetiver [(L.) Nash. syn.(L.) Roberty; family Poacaeae} named 'CIMAP-Khusinolika'. The plant of this clone is characterized by spreading type clump canopy in the initial stage, white feathery stigma and capable of producing &#x3e;1% (v/w) essential oil containing 45-50% Khusinol (v/v) obtained after hydro-distillation from fresh roots harvested from 6 month old plantations. This clone has unique ISSR profiles that serve as DNA-fingerprints. The clone was obtained through recurrent selection in polycrossed population generated from the bulk of wild collection, and can be propagated through vegetative slips (3 to 6 month old stem with few roots) for commercial plantation as a short duration crop.

Vetiver plant named 'CIMAP-KHUSINOLIKA'

The invention relates to a novel palmarosa plant christened as &ldquo;Vaishnavi&rdquo;, said plant capable of setting seeds under selfing conditions and having high oil yield potential, and developed employing crop-burning technique as a physical mutagen.

Vaishnavi, a high yielding self-pollinated Cymbopogon martinii

The invention relates to a disease resistant and high yielding variety of opium poppy plant ( L. 2 &equals;22) christened as 'Rakshit'.

Method of producing a poppy plant

The present invention is related to the development of a new and chromosomally distinct vegetatively propagated frost resisted plant of by genetic selection in open pollinated seed progeny of high yielding variety 'Cauvery'. The selected plant with stay-green habit withstands prolonged frosting in chilling winter and capable of giving an additional harvest during winter, which is not observed so far in normal varieties.

High yielding and stable plant of Cymbopogon flexuosus called 'Chirharit'

The invention provides a novel half-sib damask rose progeny christened as 'Ranisahiba' and characterized by its doubled per se oil content and oil yield, high flower biomass with synchronous flowering and firmly fixed morphophysiological plant-traits.

High yielding stable plant of Rosa damascena, called 'Ranisahiba'

The present invention is related to the development of a new and distinct vegetatively propagated water tolerant plant of by selection of a somatic variant from high yielding line Jorlab-2, the selected plant withstands prolonged water stagnation with no reduction in yield of essential oil.

'Jal Pallavi', water logging tolerant Cymbopogon winterianus

A novel mint population-variety 'Damroo' capable of producing viable seeds and phenotypically homogeneous seed-derived plant population when cross pollinated within its own population and capable of high yield of mint oil.

Novel, high yielding stable Mentha arvensis plant named 'Damroo'

A novel mint plant 'Kosi' characterized by its high menthol content, high biomass and high oil yield with symmetrical branching giving globular shape to the canopy for equal distribution of sunlight to the lower leaves.

Mint plant named 'Kosi'

The present invention relates to the development of a new and distinct interspecific mint hybrid 'Neerkalka' developed by sexual crossing between improved Mother plant (cv Kalka) and pollen plant (cv Neera), which hybrid is propagated vegetatively by suckers or stem cuttings and is stable for commerical cultivation.

Hybrid mint plant named 'Neerkalka'

Growing community of inventors

Lucknow, India

Hemendra Pratap Singh