Taxon groups are the verbatim names found in the abstracts (case-insensitive), not normalised: maize, corn and Zea mays are separate groups here. The Organism view merges them through NCBI Taxonomy.
“At day 66, a substantial decreasein shoot fresh and dryweights and also leaf area was evident on var. Perkins dwarf while on var. Clemson spineless only the leaf area was significantly reduced.”
t0
“Aphis gossypii Glover between different okra varieties”
“jatropha oil cake @ 1.5 t/ha was most effective organic amendment performing better than others contributing significantly increase in plant height by 72.8%, fresh shoot weight by 73.3%, fresh root weight by 84.9%, dry shoot weight by 80.0%, dry root weight by 87.6% and biomass yield by 80.8%, respectively with corresponding decreasein order of number of root galls by 86.0%, number of egg masses by 87.3% and root kn…” Show full quote
t0
“Management of Meloidogyne incognitain Okra through Oilcakes amendment”
“jatropha oil cake @ 1.5 t/ha was most effective organic amendment performing better than others contributing significantly increase in plant height by 72.8%, fresh shoot weight by 73.3%, fresh root weight by 84.9%, dry shoot weight by 80.0%, dry root weight by 87.6% and biomass yield by 80.8%, respectively with corresponding decreasein order of number of root galls by 86.0%, number of egg masses by 87.3% and root kn…” Show full quote
t0
“Management of Meloidogyne incognitain Okra through Oilcakes amendment”
“It was observed that the incresing dose of sodium azide was showed adverse effect on germination percentage (%) as well as morphological characters of two different varieties of okra”
e3
“Similarly, the application of Sodium azide at T1 (0.04% sodium azide) showed similar results in growth parameters such as number of leaves (3.76) , fresh weight (1.66 gm) and dryweight (0.46 gm) in the variety Arka Anamika as compared with the control (6.66, 2.11 gm and 0.70 gm respectively) in the pot culture”
Amol D. Sable; Asmita D. Sable; Sweety P. Shegokar; et al. International Journal of Current Microbiology and Applied Sciences2018. doi:10.20546/ijcmas.2018.706.422
“It was observed that the incresing dose of sodium azide was showed adverse effect on germination percentage (%) as well as morphological characters of two different varieties of okra”
e2
“The application of sodium azide at T1 (0.04% of sodium azide) showed similar results in growth parameters such as number of leaves (4.77) , plant height (4.42 cm) , fresh weight (2.43 gm) and dryweight (0.96 gm) in the variety Parbhani Kranti as compared with the contol (5.50 , 9.16 cm ,3.66 gm and 1.03 gm respectively) in the pot culture”
Amol D. Sable; Asmita D. Sable; Sweety P. Shegokar; et al. International Journal of Current Microbiology and Applied Sciences2018. doi:10.20546/ijcmas.2018.706.422
“jatropha oil cake @ 1.5 t/ha was most effective organic amendment performing better than others contributing significantly increase in plant height by 72.8%, fresh shoot weight by 73.3%, fresh root weight by 84.9%, dry shoot weight by 80.0%, dry root weight by 87.6% and biomass yield by 80.8%, respectively with corresponding decreasein order of number of root galls by 86.0%, number of egg masses by 87.3% and root kn…” Show full quote
t0
“Management of Meloidogyne incognitain Okra through Oilcakes amendment”
“jatropha oil cake @ 1.5 t/ha was most effective organic amendment performing better than others contributing significantly increase in plant height by 72.8%, fresh shoot weight by 73.3%, fresh root weight by 84.9%, dry shoot weight by 80.0%, dry root weight by 87.6% and biomass yield by 80.8%, respectively with corresponding decreasein order of number of root galls by 86.0%, number of egg masses by 87.3% and root kn…” Show full quote
t0
“Management of Meloidogyne incognitain Okra through Oilcakes amendment”
“jatropha oil cake @ 1.5 t/ha was most effective organic amendment performing better than others contributing significantly increase in plant height by 72.8%, fresh shoot weight by 73.3%, fresh root weight by 84.9%, dry shoot weight by 80.0%, dry root weight by 87.6% and biomass yield by 80.8%, respectively with corresponding decreasein order of number of root galls by 86.0%, number of egg masses by 87.3% and root kn…” Show full quote
t0
“Management of Meloidogyne incognitain Okra through Oilcakes amendment”
“jatropha oil cake @ 1.5 t/ha was most effective organic amendment performing better than others contributing significantly increase in plant height by 72.8%, fresh shoot weight by 73.3%, fresh root weight by 84.9%, dry shoot weight by 80.0%, dry root weight by 87.6% and biomass yield by 80.8%, respectively with corresponding decreasein order of number of root galls by 86.0%, number of egg masses by 87.3% and root kn…” Show full quote
t0
“Management of Meloidogyne incognitain Okra through Oilcakes amendment”
“jatropha oil cake @ 1.5 t/ha was most effective organic amendment performing better than others contributing significantly increase in plant height by 72.8%, fresh shoot weight by 73.3%, fresh root weight by 84.9%, dry shoot weight by 80.0%, dry root weight by 87.6% and biomass yield by 80.8%, respectively with corresponding decreasein order of number of root galls by 86.0%, number of egg masses by 87.3% and root kn…” Show full quote
t0
“Management of Meloidogyne incognitain Okra through Oilcakes amendment”
Lexical search (BM25). All words must match; if nothing does, any word. Organism names also match every spelling of the same organism. No semantic search yet.
.jpg?width=60)
Abelmoschus esculentust0
Aphis gossypiit0peste0_penetrates_a_tomato_root_-_USDA-ARS.jpg?width=60){kind=small}
Meloidogyne incognita