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Response of black wheat to combined organic and bio-fertilizers under field conditions Cover

Response of black wheat to combined organic and bio-fertilizers under field conditions

Open Access
|Nov 2025

Figures & Tables

Figure 1.

Meteorological data of the experimental site during the study.
Meteorological data of the experimental site during the study.

Figure 2.

Field trial on black wheat crop in the field on 60 days after sowing (DAS). (A-B) wheat in primary stage in the experimental field, (C) wheat spikes, (D) kernels of black wheat.
Field trial on black wheat crop in the field on 60 days after sowing (DAS). (A-B) wheat in primary stage in the experimental field, (C) wheat spikes, (D) kernels of black wheat.

Figure 3.

Total yield of black wheat under different treatment conditions.
Total yield of black wheat under different treatment conditions.

Figure 4.

Crop Growth Rate, Relative Growth Rate and Net Assimilation Rate for black wheat plants subjected to various fertilizer treatments.
Crop Growth Rate, Relative Growth Rate and Net Assimilation Rate for black wheat plants subjected to various fertilizer treatments.

Figure 5.

Pearson correlation coefficient to depict the effect between fertilizer dosage and yield.
Pearson correlation coefficient to depict the effect between fertilizer dosage and yield.

Figure 6.

Correlations (left) between yield parameters and (right) between growth and yield parameters in wheat. SL: spike length (cm); SPS: no. of seeds per spike; SW: 100 seeds weight (g); TY: total yield per plot (g); Sh W: shoot biomass (g); LA: leaf area (cm2); Chl: chlorophyll
Correlations (left) between yield parameters and (right) between growth and yield parameters in wheat. SL: spike length (cm); SPS: no. of seeds per spike; SW: 100 seeds weight (g); TY: total yield per plot (g); Sh W: shoot biomass (g); LA: leaf area (cm2); Chl: chlorophyll

Physicochemical properties of the field soil samples_

Physicals elementsResults (Value in range)
pH7.83 ±0.06
EC [dS m−1]0.19 ±0.03
Organic Carbon [%w]0.23 ±0.00
Organic Matter [%w]0.39 ±0.01
Nitrogen [kg ha−1]145.93 ±4.75
Phosphorus (P2O5) [kg ha−1]14.84 ±6.21
Potassium (K2O) [kg ha−1]55.18 ±8.46
Sulfur [ppm]4.51 ±0.98
Zn [ppm]0.81 ±0.13
Iron [ppm]9.17 ±5.92
Mn [ppm]1.13 ±0.11
Cu [ppm]0.69 ±0.12

Different treatments used during the present study_

Treatment no.Treatments Details
T0Control (No Fertilizers)
T1Jaivik Khad (100%) + PSB (2 ml l−1)
T2Jaivik Khad (100%) + NPK (2 ml l−1)
T3Jaivik Khad (100%) + POTASH (2 ml l−1)
T4Jaivik Khad (100%) + PSB (3 ml l−1)
T5Jaivik Khad (100%) + NPK (3 ml l−1)
T6Jaivik Khad (100%) + POTASH (3 ml l−1)
T7Jaivik Khad (100%) + PSB (4 ml l−1)
T8Jaivik Khad (100%) + NPK (4 ml l−1)
T9Jaivik Khad (100%) + POTASH (4 ml l−1)

Growth and development parameters of black wheat under different treatment conditions after 60 days of sowing (DAS)_

Treatments#Shoot biomass (g)Root biomass [g]Plant length [cm]Leaf area [cm2]ChlorophyllNo. of tillers

ShootRoot
T06.274 ±0.4931.071 ±0.64972.444 ±4.19412.556 ±1.34741.380 ±8.36445.889 ±2.3293.778 ±0.509
T19.544 ±2.0111.349 ±0.49477.444 ±2.79513.333 ±0.88247.823 ±3.76647.778 ±8.6884.000 ±0.882
T210.292 ±1.3481.209 ±0.04681.556 ±4.91413.778 ±1.34749.747 ±2.22252.489 ±5.7094.333 ±0.667
T311.713 ±2.4341.792 ±0.19378.000 ±5.04413.778 ±1.07253.533 ±2.89049.911 ±4.0025.333 ±0.667
T410.388 ±4.0681.539 ±0.57977.000 ±6.08314.222 ±0.19254.620 ±9.98452.878 ±2.2604.556 ±0.839
T59.393 ±1.2921.538 ±0.21175.111 ±2.50214.333 ±0.88252.590 ±4.48553.544 ±1.2914.000 ±0.577
T69.938 ±1.4081.332 ±0.11676.333 ±3.78613.000 ±0.66755.223 ±10.14952.144 ±3.8664.111 ±0.192
T79.558 ±0.4501.427 ±0.09473.333 ±2.84814.444 ±1.38850.687 ±3.72848.144 ±1.0213.889 ±0.192
T89.938 ±1.4081.332 ±0.11676.333 ±3.78613.000 ±0.66755.223 ±10.14952.144 ±3.8664.111 ±0.192
T99.558 ±0.4501.427 ±0.09473.333 ±2.84814.444 ±1.38850.687 ±3.72848.144 ±1.0213.889 ±0.192

Yield parameters of black wheat in response to different treatment conditions after 120 days of sowing (DAS)_

Treatments#Spike length [cm]No. of seeds per spike100 seeds weight [g]Total yield per plot [g]
T07.433 ±0.58140.889 ±7.1984.030 ±0.0562290.333 ±341.951
T18.533 ±0.18651.444 ±2.8354.810 ±0.1562759.000 ±169.608
T28.467 ±0.57846.667 ±3.8444.320 ±0.1393102.333 ±267.562
T38.556 ±0.35349.778 ±2.2694.540 ±0.4082779.333 ±179.737
T48.989 ±0.51051.667 ±6.1104.240 ±0.0562922.333 ±145.225
T59.356 ±0.52155.444 ±1.2624.773 ±0.2462975.000 ±333.078
T69.433 ±0.48156.667 ±6.5064.880 ±0.4452697.000 ±158.357
T78.656 ±1.00651.667 ±7.5064.560 ±0.1643048.667 ±241.504
T88.833 ±0.54953.333 ±5.9254.340 ±0.2952983.667 ±258.411
T99.067 ±0.17657.000 ±7.5504.557 ±0.5643132.333 ±303.846
DOI: https://doi.org/10.2478/cag-2025-0012 | Journal eISSN: 3071-740X | Journal ISSN: 2081-2787
Language: English
Page range: 142 - 151
Submitted on: Apr 29, 2025
Accepted on: Oct 23, 2025
Published on: Nov 12, 2025
Published by: Institute of Soil Science and Plant Cultivation
In partnership with: Paradigm Publishing Services
Publication frequency: 1 issue per year

© 2025 Acharya Balkrishna, Ajay Kumar Gautam, Nidhi Sharma, Vedpriya Arya, Vikram Khelwade, published by Institute of Soil Science and Plant Cultivation
This work is licensed under the Creative Commons Attribution 4.0 License.