• (PI) - Dr. Renu Munjal Chaudhary Charan Singh Haryana Agricultural University

  From Date: 18-03-2023 | To Date : 28-03-2023

  No Of Participants: 15
  Contact Hrs : 40
  Total Contact Hrs : 40

  Visiting Institute

  THE UNIVERSITY OF SYDNEY

  Course

  Interaction with renowned Scientists

  Outcome of The Visit

  Visited Plant Breeding Institute, Cobbitty, NSW, Australia and Western Sydney University, Penrith, NSW , Australia

  Participants

  Dr Urmil Bansal International PI
  Dr Harbans Bariana International Co-PI
  Prof Richard Trethowan Plant Breeding Institute
  Dr Chong-mei Dong, Research Fellow Plant Breeding Institute ,Plant Breeding Institute
  Dr Chong-mei Dong, Research Fellow,Plant Breeding Institute
  Professor Robert Park, Director, Cereal Rust Research, Judith & David Coffey Chair in Sustainable Agriculture, Plant Breeding Institute
  Prof. Daniel Tan, Plant Breeding Institute
  Prof. Zhong Hus Chen, Associate Dean, School of Science, National Vegetable Protected Cropping Centre, Penrith, NSW, Australia
  Dr Karanjeet Sandhu, Research Fellow
  Dr Peng Zhang, Senior Research Fellow

No data founds

No data founds

• Molecular Mapping of Economic Traits using High-Throughput Technologies

  From Date : 08-07-2019 | To Date : 17-07-2019

  No of Participants : 28
  

  Workshop Overview

  Plant Physiology is becoming the most important discipline in combination with Biotechnology and Bioinformatics in understanding various biotic and abiotic factors that are constraints to crop production. To combat climatic calamities, need has arisen to identify morpho-physiological markers that can be directly correlated with genomic tags. Such efforts can facilitate the release of climate resilient and bio-fortified crop cultivars. This workshop combines the multi-disciplinary expertise of Indian and Australian scientists to educate future generation about fast emerging high throughput genotyping platforms to dissect genetic and physiological aspects of complex crop traits. It covered information on available high throughput genotypic and bioinformatics platforms and their application in mapping (including QTL analysis) of economic traits, marker development and marker validation for marker assisted selection in breeding programs.
  The Department of Botany & Plant Physiology, CCS Haryana Agricultural University, Hisar, Haryana, is organizing a ten days SPARC-MHRD sponsored International Workshop on Molecular mapping of economic traits using high-throughput technologies. The proposed workshop addresses the needs of the teachers and researchers from ICAR/SAU/State Univ. & Colleges, Post Docs and Doctoral students. The workshop included expert lectures as well as hands on training sessions.
  
  Objective of Workshop cum Hands on-Training
  To equip participant with the use of high-throughput in their research program
  Topics covered
  
  The workshop covered the following topics:-
  Phenotyping for enhancing physiological efficiency through genetic manipulation
  Identification of new genes and developing mapping population
  Genotyping using high-throughput platforms
  Molecular mapping of major and minor genes (QTL analysis)
  Development of linked markers

  Participants

  1 Prashant Firke 9657076345 Kalash Seeds Pvt. Ltd. Jalna prashantfirke@gamil.com
  
  
  2 Rumana Khan 9413090947 Deptt. of G&PB, NPUA, Udaipur khanrumana315@gmail.com
  3 Dr. Shailesh Tiwari 9599668873 Division of Genomics Resources, NBPGR, Pusa Campus, New Delhi shailes_2311@yhaoo.co.in
  4 Shailya Dhiman 9650344975 Amity institute of Microbiology Biotechnology Amity University Noida shalu2026@gmail.com
  5 Shruti Kaushik 9780472976 Punjabi University, Patiala shrutikaushik22@gmail.com
  6 Pawan Kumar 9467357632 CCS HAU, Hisar ppc.cpp2009@gmail.com
  7 Alokeshwar Reddy 9996477931 Wheat & Barley Section, Deptt. of G&PB, CCS HAU, Hisar ambatiloki@gmail.com
  8 Dr. Divya 8901389588 Wheat & Barley Section, Deptt of G&PB, CCS HAU, Hisar divyaphougat786@gmail.com
  9 Annie Khanna 8901335519 Deptt. of Plant Pathology, COA, CCS HAU Hisar anniekhanna30@gmail.com
  10 Amandeep Kaur 9463423331 ICAR-CSSRI, Karnal amandeepco107@gmail.com
  
  11 Mamta 8685850179 Deptt. of Botany,
  MDU, Rohtak dr.sawariyamamta@gmail.com
  
  12 Sapna 8901217670 Deptt. of Botany & Pl. Phy., CCS HAU, Hisar sapnayadav173@gmail.com
  13 Versha 9813959234 Deptt. of G&PB, CCS HAU Hisar rohillaversha46@gmail.com
  14 Preeti Sharma 9416422695 Deptt. of Biotech. DCRUST, Murthal er.preetijmit@gmail.com
  
  15 Suresh 7027937237 Deptt. of G&PB, CCS HAU, Hisar suresh.nyol@gamil.com
  
  16 Atman Poonia 9729614304 Deptt. of C&PB, COA, CCS HAU, Hisar atmanpoonia@gmail.com
  17 Harsh Deep 8168398029 GPB, Unv. Pantnagar harsh.josan11@gmail.com
  18 Dharamvir 9812385252 PRAC, Choudharywas. Hisar dharmvir.soni@gmail.com
  
  19 Dr. Jaya Rathore 9424423174 GPB, Megth Signgth College, Agra Unv. Agra dr.jayarathor@gmail.com
  20 Asha Kushwah 8370085354 G&PB, COA, RVSKVV Gwalior ashakushwah.asha@gmail.com
  21 Dr. O.P. Bishnoi 9416397736 GPB,CCS HAU, Hisar opbishnoi363@gmail.com
  22 Dr. Somveer 9992911570 GPB, CCS HAU, Hisar snimbal@gmail.com
  23 Dr. Sonia 9711817426 SGT University soniabansalsgt@gmail.com
  24 Manish Jangra 94682-33056 Botany & Pl. Phy. CCS HAU, Hisar manishjangra.330@gmail.com
  
  25 Pooja 8570028288 Botany & Pl. Phy. CCS HAU Swamipooja9709@gmail.com
  
  26 Aarti Botany & Pl. Phy. CCS HAU aartisoni93@gmail.com
  
  27 Samibsha 8685032483 Banasthali University salujasamibka@gmail.com
  
  28 Dr. Anita Kumari 9466331523 Botany & Pl. Phy. CCS HAU anitahsr@gmail.com

• International Online lecture series on Breeding for Disease Resistance in Wheat

  From Date : 22-08-2020 | To Date : 22-09-2020

  No of Participants : 30
  View more

  Workshop Overview

  Dr Bariana has more than 50 years experience in area of cereal rust research. His team pioneered the gene discovery work from landraces and have identified more than 20 rust resistance loci, mapped to chromosomes and developed linked markers. The marker-tagged diverse sources of rust resistance (especially yellow rust resistance) are being used in wheat breeding around the globe. Keeping this in view, a lecture series was started and this was first Webinar by Dr Harbans Bariana , Co PI of this project organized on August 22, 2020. In his lecture he discussed Breeding for Disease Resistance – Model, The Australian Cereal Rust Control Program -linking pathology, genetics & breeding for Australian grain growers , Breeding for Disease Resistance Roadmap, Markers for resistance loci and in his key message he conveyed that Breeding for disease resistance is a continuous journey which require Deployment of Adult Plant Resistance and All Stage Resistance combinations, Interdisciplinary partnerships , Public-private partnership and International collaborations.

  Participants

  1 Dr. Renu Munjal CCS HAU Hisar
  2 Dr. Vikram Singh CCS HAU, Hisar
  3 Mandeep Redhu CCSHAU, Hisar
  4 Dr JP Jaiswal GB Pant University of Agriculture and Technology, Pantnagar
  5 Dr O P Bishnoi Wheat Breeding CCS HAU Hisar (Haryana)-India
  6 Dr. Vinod Kumar CCS HAU Hisar
  7 Dr. Rakesh Kumar CCSHAU HISAR
  8 Dr. Shweta Mehlotra IARI, New Delhi
  9 Dr. Deepshikha GBPUA&T, Pantnagar
  10 Dr. Divya Jain Santan Dharma College, Ambala Cantt
  11 Dr. Kiran Gaikwad Indian Agricultural Research Institute, New Delhi
  12 Dr. Hanif Khan ICAR- IIWBR, Karnal
  13 Sonu Kumar Maharana Pratap Horticultural University Karnal
  14 SHABNAM Chaudhary Charan Singh Haryana Agricultural University Hisar
  15 Dr. Jang Bahadur Singh ICAR- IARI Regional Station, Indore (MP)
  16 ASHISH GAUTAM GBPUA&T, Pantnagar, Uttarakhand
  17 Parminder Singh Tak PAU, Ludhiana
  18 Amandeep Kaur ICAR-IIWBR,Karnal
  19 Dr. Baldeep Singh PDM University,Bhadurgarh
  20 Divya Ambati ICAR-IARI RS, INDORE
  21 Dr. Mukul Kumar MBAC, Agwanpur (BAU, Sabour)
  22 Pooja Swami CCS HAU Hisar
  23 Aarti Soni CCS HAU Hisar
  24 Manish Jangra CCS HAU Hisar
  25 Sarita Jakher CCS HAU Hisar
  26 Dr. Anita Kumari CCS HAU Hisar
  27 Dr. Sarita Devi CCS HAU Hisar
  28 Dr. K.D. Sharma CCS HAU Hisar
  29 Dr. Urmil Bansal The University of Sydney, Australia
  30 Dr. Sanjay Singh ICAR-IIWBR, Karnal

• Non-Structural Carbohydrates and Rust Resistance in Wheat

  ISBN No : NIPA® GENX ELECTRONIC RESOURCES & SOLUTIONS P. LTD. New Delhi-110 034

  Author

  Renu Munjal Urmil Bansal Vinod Goyal Harbans Singh Bariana

  Publisher :

  NIPA® GENX ELECTRONIC RESOURCES & SOLUTIONS P. LTD. New Delhi-110 034
  

  Monograph Overview

  Carbohydrate partitioning limits the yielding capacity of plants, thus offering
  a potential target for crop improvement. Grasses have the ability to buffer
  this source to sink interaction by transiently storing carbohydrates in stem
  tissue as production from the source is greater than whole-plant demand.
  These reserves improve yield stability by providing an alternative source
  when photosynthetic capacity is reduced during the later phases of grain
  filling, or during periods of abiotic and biotic stresses. Stem non-structural
  carbohydrates (NSC) translocation could be beneficial for enhancement of
  grain yield potential, and poor unloading into developing grains may be the
  possible cause of low stem NSC translocation, poor grain filling and seed
  formation. Moreover, when photosynthesis reductions are accelerated, leaf
  senescence is faster, decreasing the sucrose-starch conversion via enzymatic
  activity and consequently reducing the grain yield and the quality. Considering
  that starch represents 80-90% of final grain weight, the events involving since
  grain filling and final yield are associated with assimilates supplied by current
  photosynthesis and stem NSC remobilization capacity. Wheat is one of the
  main sources of calories and protein of the world’s population and therefore the
  pathogens that cause rust diseases of the crop are a real threat to food security.
  Besides the continuous evolution of rust pathogens which repeatedly results in
  overcoming the resistance of commercial varieties throughout the world. For
  instance, wheat stem rust pathogen (Puccinia graminis f. sp. tritici) evolution
  in east Africa (Ug99 and its variants) stripe rust (P. striiformis f. sp. tritici)
  fungus in parts of Africa, Asia, and Europe are a menace to food security due
  to their ability to spread rapidly and overcome resistance in common wheat
  varieties. Plant breeders are challenged by the impacts of global climatic
  changes. Agricultural practices will need to keep pace with the intensification
  of sustainable food production in order to face the challenge of feeding a world
  population estimated to reach about nine billion by 2050. Contemporary wheat
  breeding has increasingly focused on traits for improving yield potential
  during periods of abiotic and biotic stresses. Here, we summarize current
  knowledge of rust resistance, focusing on re-mobilization of non-structural
  carbohydrates (NSC) from leaves and stems and unloading into developing
  grains for yield stability of wheat.
  Here in this book we summarize current knowledge of rust resistance,
  focusing on re-mobilization of non-structural carbohydrates (NSC) from
  leaves and stems and unloading into developing grains for yield stability of
  wheat and techniques of estimating NSC. This book entitled “Non-structural
  carbohydrates and Rust resistance in wheat” deals with an array of topics
  in the broad area by selecting some of the widely investigated themes
  Chapter 1: Non-Structural Carbohydrates in Plants: An Overview, Chapter
  2: Understanding Non-Structural Carbohydrate Biochemistry in Plants,
  Chapter 3: Understanding the Possible Roles of Nonstructural Carbohydrates
  under Abiotic Stress Conditions, Chapter 4: Opportunities to Explore NSC
  for Grain Development under High Temperature and Drought, Chapter 5: A
  ready reckoner for marker assisted selection of combinations of rust resistance
  genes in wheat , Chapter 6: Nine decades snapshot of wheat rust research
  in the Indian subcontinent and Chapter 7:Estimation Methods of NonStructural Carbohydrates. We feverishly believe that this book will provide
  good information about Non-Structural Carbohydrates and Rust Resistance
  in plants.
  We would like to extend our gratitude to all contributors for their authoritative
  and up to date scientific information organized in a befitting manner. We
  thank the Scheme for Promotion of Academic and Research Collaboration
  (SPARC) in coming up with this publication. The cooperation extended by
  Chaudhary Charan Singh Haryana Agricultural University, Hisar is gratefully
  acknowledged. Last but not the least, we owe thanks to almighty God for
  being with us always.
  Renu Munjal
  Urmil Bansal
  Vinod Goyal
  Harbans Singh Bariana

No data founds