2018Journal of Pharmacognosy and PhytochemistryOpen access

Studies on the effect of chemicals nematicidal against rice root-knot nematode, Meloidogyne graminicola development

Ashutosh Shukla, Ramesh Chand

Open full text 1 citations

Abstract

Experiment was conduct to study the effect of some Insecticides on plant growth and nematode multiplication. The observations (i.e. plant height, root length, weight of plant, number of galls, root population, egg population, soil population, total nematode population, and multiplication factor) revealed that all the plant growth and nematode multiplication parameter decreases in comparison to the uninoculated check and increases in comparison to the inoculated check. All the treatments were found significantly different from each other. The plant height, root length, weight of plant, number of galls, root population, egg population, soil population, total nematode population, and multiplication factor of nematode was significantly lower in all the treatment in comparison to treated check. The highest plant height, root length, Plant weight, and lowest number of galls, root population, egg population, soil population, total nematode population, and multiplication factor was recorded (20.50), (7.75), (1.98), (4.50), (13.00), (632.25), (892.25), (1537.50), (0.51) respectively in untreated check. The percent increase and decrease in all the parameters recorded was 14.81, 20.31, 23.44, 28.13, 10.94, 14.0618.1323.44,10.63, 13.4415.63 and 19.81percent plant height, 32.43, 41.31, 47.67, 64.20, 28.18,37.71, 46.61, 57.84, 15.89, 28.60, 40.25 and 50.42 percent in root length, 07.27, 12.73, 17.57, 20.00, 06.06, 11.51, 16.97, 19.93, 05.45, 10.91, 15.15, 18.18 and 07.27 percent in root weight, 62.64, 70.33, 79.12, 87.91, 59.34, 65.93, 74.73, 86.26, 57.14, 62.09, 73.08, 82.97 and 45.50 percent in number of gall 55.3, 64.15,77.07,87.32,50.00, 61.22, 71.71,84.88,46.59, 56.10,67.01, 81.95, 102.50 in root population, 71.86, 78.79, 89.22, 94.61,66.35,75.09,83.63,92.17,63.59,71.54,81.27,90.29, percent in eggs population, 52.99,64.33,72.03,77.10,49.56,62.03,69.95,76.48,64.44,57.47,66.16,73.76,percent in soil population, 67.08,75.11,84.89,90.23,67.46,74.76,80.17,88.24,59.24,67.96,77.44,86.15percent in total nematode population,67.05,75.05,84.95,90.29,62.29,71.81,80.19,83.38,59.24,68.00,77.52,86.10 percent in multiplication factor respectively.

About this research paper

What this paper is about

Experiment was conduct to study the effect of some Insecticides on plant growth and nematode multiplication. The observations (i.e. plant height, root length, weight of plant, number of galls, root population, egg population, soil population, total nematode population, and multiplication factor) revealed that all the plant growth and nematode multiplication parameter decreases in comparison to the uninoculated check and increases in comparison to the inoculated check. All the treatments were found significantly different from each other. The plant height, root length, weight of plant, number of galls, root population, egg population, soil population, total nematode population, and multiplication factor of nematode was significantly lower in all the treatment in comparison to treated check. The highest plant height, root length, Plant weight, and lowest number of galls, root population, egg population, soil population, total nematode population, and multiplication factor was recorded (20.50), (7.75), (1.98), (4.50), (13.00), (632.25), (892.25), (1537.50), (0.51) respectively in untreated check. The percent increase and decrease in all the parameters recorded was 14.81, 20.31, 23.44, 28.13, 10.94, 14.0618.1323.44,10.63, 13.4415.63 and 19.81percent plant height, 32.43, 41.31, 47.67, 64.20, 28.18,37.71, 46.61, 57.84, 15.89, 28.60, 40.25 and 50.42 percent in root length, 07.27, 12.73, 17.57, 20.00, 06.06, 11.51, 16.97, 19.93, 05.45, 10.91, 15.15, 18.18 and 07.27 percent in root weight, 62.64, 70.33, 79.12, 87.91, 59.34, 65.93, 74.73, 86.26, 57.14, 62.09, 73.08, 82.97 and 45.50 percent in number of gall 55.3, 64.15,77.07,87.32,50.00, 61.22, 71.71,84.88,46.59, 56.10,67.01, 81.95, 102.50 in root population, 71.86, 78.79, 89.22, 94.61,66.35,75.09,83.63,92.17,63.59,71.54,81.27,90.29, percent in eggs population, 52.99,64.33,72.03,77.10,49.56,62.03,69.95,76.48,64.44,57.47,66.16,73.76,percent in soil population, 67.08,75.11,84.89,90.23,67.46,74.76,80.17,88.24,59.24,67.96,77.44,86.15percent in total nematode population,67.05,75.05,84.95,90.29,62.29,71.81,80.19,83.38,59.24,68.00,77.52,86.10 percent in multiplication factor respectively.

Why it matters

OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

Experiment was conduct to study the effect of some Insecticides on plant growth and nematode multiplication. The observations (i.e. plant height, root length, weight of plant, number of galls, root population, egg population, soil population, total nematode population, and multiplication factor) revealed that all the plant growth and nematode multiplication parameter decreases in comparison to the uninoculated check and increases in comparison to the inoculated check. All the treatments were found significantly different from each other. The plant height, root length, weight of plant, number of galls, root population, egg population, soil population, total nematode population, and multiplication factor of nematode was significantly lower in all the treatment in comparison to treated check. The highest plant height, root length, Plant weight, and lowest number of galls, root population, egg population, soil population, total nematode population, and multiplication factor was recorded (20.50), (7.75), (1.98), (4.50), (13.00), (632.25), (892.25), (1537.50), (0.51) respectively in untreated check. The percent increase and decrease in all the parameters recorded was 14.81, 20.31, 23.44, 28.13, 10.94, 14.0618.1323.44,10.63, 13.4415.63 and 19.81percent plant height, 32.43, 41.31, 47.67, 64.20, 28.18,37.71, 46.61, 57.84, 15.89, 28.60, 40.25 and 50.42 percent in root length, 07.27, 12.73, 17.57, 20.00, 06.06, 11.51, 16.97, 19.93, 05.45, 10.91, 15.15, 18.18 and 07.27 percent in root weight, 62.64, 70.33, 79.12, 87.91, 59.34, 65.93, 74.73, 86.26, 57.14, 62.09, 73.08, 82.97 and 45.50 percent in number of gall 55.3, 64.15,77.07,87.32,50.00, 61.22, 71.71,84.88,46.59, 56.10,67.01, 81.95, 102.50 in root population, 71.86, 78.79, 89.22, 94.61,66.35,75.09,83.63,92.17,63.59,71.54,81.27,90.29, percent in eggs population, 52.99,64.33,72.03,77.10,49.56,62.03,69.95,76.48,64.44,57.47,66.16,73.76,percent in soil population, 67.08,75.11,84.89,90.23,67.46,74.76,80.17,88.24,59.24,67.96,77.44,86.15percent in total nematode population,67.05,75.05,84.95,90.29,62.29,71.81,80.19,83.38,59.24,68.00,77.52,86.10 percent in multiplication factor respectively.

Key concepts: Population, Biology, Nematode, Horticulture, Root-knot nematode, Dry weight, Inoculation, Botany

Related papers

Back to paper searchBrowse research topicsOriginal source
Studies on the effect of chemicals nematicidal against rice root-knot nematode, Meloidogyne graminicola development — Research Paper | ScholarLens