Table 1: Initial and final composition of bio-compost
Table 2: Effect of different treatments on root length (cm) of sorghum at 30 DAS
Table 3: Effect of different treatments on shoot length (cm) of sorghum at 30 DAS
Photo 1: Pot experiment
Photo 2: Root and shoot length of sorghum at 30 DAS
Photo 2: Continue..
Table 4: Effect of different treatments on green biomass (g) of sorghum at 30 DAS
Table 5: Effect of different treatments on dry biomass (g) of sorghum at 30 DAS
Figure 1: Green and dry biomass yield of sorghum as affected by different factors
Table 1: Initial and final composition of bio-compost
Table 2: Effect of different treatments on root length (cm) of sorghum at 30 DAS
Table 3: Effect of different treatments on shoot length (cm) of sorghum at 30 DAS
Photo 1: Pot experiment
Photo 2: Root and shoot length of sorghum at 30 DAS
Photo 2: Continue..
Table 4: Effect of different treatments on green biomass (g) of sorghum at 30 DAS
Table 5: Effect of different treatments on dry biomass (g) of sorghum at 30 DAS
Figure 1: Green and dry biomass yield of sorghum as affected by different factors
Table 1: Initial and final composition of bio-compost
Table 2: Effect of different treatments on root length (cm) of sorghum at 30 DAS
Table 3: Effect of different treatments on shoot length (cm) of sorghum at 30 DAS
Photo 1: Pot experiment
Photo 2: Root and shoot length of sorghum at 30 DAS
Photo 2: Continue..
Table 4: Effect of different treatments on green biomass (g) of sorghum at 30 DAS
Table 5: Effect of different treatments on dry biomass (g) of sorghum at 30 DAS
Figure 1: Green and dry biomass yield of sorghum as affected by different factors
Table 1: Initial and final composition of bio-compost
Table 2: Effect of different treatments on root length (cm) of sorghum at 30 DAS
Table 3: Effect of different treatments on shoot length (cm) of sorghum at 30 DAS
Photo 1: Pot experiment
Photo 2: Root and shoot length of sorghum at 30 DAS
Photo 2: Continue..
Table 4: Effect of different treatments on green biomass (g) of sorghum at 30 DAS
Table 5: Effect of different treatments on dry biomass (g) of sorghum at 30 DAS
Figure 1: Green and dry biomass yield of sorghum as affected by different factors
Table 1: Initial and final composition of bio-compost
Table 2: Effect of different treatments on root length (cm) of sorghum at 30 DAS
Table 3: Effect of different treatments on shoot length (cm) of sorghum at 30 DAS
Photo 1: Pot experiment
Photo 2: Root and shoot length of sorghum at 30 DAS
Photo 2: Continue..
Table 4: Effect of different treatments on green biomass (g) of sorghum at 30 DAS
Table 5: Effect of different treatments on dry biomass (g) of sorghum at 30 DAS
Figure 1: Green and dry biomass yield of sorghum as affected by different factors
Table 1: Initial and final composition of bio-compost
Table 2: Effect of different treatments on root length (cm) of sorghum at 30 DAS
Table 3: Effect of different treatments on shoot length (cm) of sorghum at 30 DAS
Photo 1: Pot experiment
Photo 2: Root and shoot length of sorghum at 30 DAS
Photo 2: Continue..
Table 4: Effect of different treatments on green biomass (g) of sorghum at 30 DAS
Table 5: Effect of different treatments on dry biomass (g) of sorghum at 30 DAS
Figure 1: Green and dry biomass yield of sorghum as affected by different factors
Table 1: Initial and final composition of bio-compost
Table 2: Effect of different treatments on root length (cm) of sorghum at 30 DAS
Table 3: Effect of different treatments on shoot length (cm) of sorghum at 30 DAS
Photo 1: Pot experiment
Photo 2: Root and shoot length of sorghum at 30 DAS
Photo 2: Continue..
Table 4: Effect of different treatments on green biomass (g) of sorghum at 30 DAS
Table 5: Effect of different treatments on dry biomass (g) of sorghum at 30 DAS
Figure 1: Green and dry biomass yield of sorghum as affected by different factors
Table 1: Initial and final composition of bio-compost
Table 2: Effect of different treatments on root length (cm) of sorghum at 30 DAS
Table 3: Effect of different treatments on shoot length (cm) of sorghum at 30 DAS
Photo 1: Pot experiment
Photo 2: Root and shoot length of sorghum at 30 DAS
Photo 2: Continue..
Table 4: Effect of different treatments on green biomass (g) of sorghum at 30 DAS
Table 5: Effect of different treatments on dry biomass (g) of sorghum at 30 DAS
Figure 1: Green and dry biomass yield of sorghum as affected by different factors
Table 1: Initial and final composition of bio-compost
Table 2: Effect of different treatments on root length (cm) of sorghum at 30 DAS
Table 3: Effect of different treatments on shoot length (cm) of sorghum at 30 DAS
Photo 1: Pot experiment
Photo 2: Root and shoot length of sorghum at 30 DAS
Photo 2: Continue..
Table 4: Effect of different treatments on green biomass (g) of sorghum at 30 DAS
Table 5: Effect of different treatments on dry biomass (g) of sorghum at 30 DAS
Figure 1: Green and dry biomass yield of sorghum as affected by different factors
People also read
Full Research
Valerian and Yarrow: Two medicinal Plants as Crop Protectant Against Late Frost
M. Stefanini, L. Merrien, P. A. MarchandValerian, Yarrow, plant extract, plant protection, elicitor, anti-freezing action, hail damages
Published Online : 28 Nov 2018
Review Article
Status of Bamboo in India
Salil Tewari, Harshita Negi and R. KaushalArea, bamboo, cultivation, diversity, India, species
Published Online : 28 Feb 2019
Full Research
Insect Pollinator’s Role in Fruit Setting of Prosopis cineraria (L.) Druce
Shiwani Bhatnagar, Ameen Ullah Khan, Lokendra Singh Rathore and Neha SharmaProsopis cineraria (L.) Druce, fruit setting, insect pollinators
Published Online : 23 Nov 2022
Full Research
Divergence Studies in Chilli Genotypes (Capsicum annuum L.)
Sakshi Singh, A. K. Joshi, Amit Vikram, Sandeep Kansal and Sudha Singhchilli, cluster mean, genetic divergence, intra-cluster distance
Published Online : 18 Feb 2023
Full Research
Lecithins: A Food Additive Valuable for Antifungal Crop Protection
M. Jolly, R. Vidal and P. A. MarchandLecithins, fungicide, biopesticide, downy mildew, powdery mildew
Published Online : 28 Aug 2018
Full Research
An Economic Analysis of Processing of Cotton Crop Produce
E. Radhika and R. Vijaya KumariCotton, cost, return, ginning, spinning, profitability
Published Online : 28 Nov 2015