Figure 1: Over view and layout of open ventilated greenhouse
Figure 2: Spatial variation in PAR under open ventilated greenhouse
Figure 3: spatial variation in air temperature under open ventilated greenhouse
Figure 4: Spatial variation in relative humidity under open ventilated greenhouse
Figure 5: Spatial variation in soil temperature under open ventilated greenhouse
Table 1: Regression model for microclimatic parameters for open ventilated greenhouse with vegetation like capsicum
Figure 6: Association between micrometerological parameters of greenhouse and open field parameters
Figure 1: Over view and layout of open ventilated greenhouse
Figure 2: Spatial variation in PAR under open ventilated greenhouse
Figure 3: spatial variation in air temperature under open ventilated greenhouse
Figure 4: Spatial variation in relative humidity under open ventilated greenhouse
Figure 5: Spatial variation in soil temperature under open ventilated greenhouse
Table 1: Regression model for microclimatic parameters for open ventilated greenhouse with vegetation like capsicum
Figure 6: Association between micrometerological parameters of greenhouse and open field parameters
Figure 1: Over view and layout of open ventilated greenhouse
Figure 2: Spatial variation in PAR under open ventilated greenhouse
Figure 3: spatial variation in air temperature under open ventilated greenhouse
Figure 4: Spatial variation in relative humidity under open ventilated greenhouse
Figure 5: Spatial variation in soil temperature under open ventilated greenhouse
Table 1: Regression model for microclimatic parameters for open ventilated greenhouse with vegetation like capsicum
Figure 6: Association between micrometerological parameters of greenhouse and open field parameters
Figure 1: Over view and layout of open ventilated greenhouse
Figure 2: Spatial variation in PAR under open ventilated greenhouse
Figure 3: spatial variation in air temperature under open ventilated greenhouse
Figure 4: Spatial variation in relative humidity under open ventilated greenhouse
Figure 5: Spatial variation in soil temperature under open ventilated greenhouse
Table 1: Regression model for microclimatic parameters for open ventilated greenhouse with vegetation like capsicum
Figure 6: Association between micrometerological parameters of greenhouse and open field parameters
Figure 1: Over view and layout of open ventilated greenhouse
Figure 2: Spatial variation in PAR under open ventilated greenhouse
Figure 3: spatial variation in air temperature under open ventilated greenhouse
Figure 4: Spatial variation in relative humidity under open ventilated greenhouse
Figure 5: Spatial variation in soil temperature under open ventilated greenhouse
Table 1: Regression model for microclimatic parameters for open ventilated greenhouse with vegetation like capsicum
Figure 6: Association between micrometerological parameters of greenhouse and open field parameters
Figure 1: Over view and layout of open ventilated greenhouse
Figure 2: Spatial variation in PAR under open ventilated greenhouse
Figure 3: spatial variation in air temperature under open ventilated greenhouse
Figure 4: Spatial variation in relative humidity under open ventilated greenhouse
Figure 5: Spatial variation in soil temperature under open ventilated greenhouse
Table 1: Regression model for microclimatic parameters for open ventilated greenhouse with vegetation like capsicum
Figure 6: Association between micrometerological parameters of greenhouse and open field parameters
Figure 1: Over view and layout of open ventilated greenhouse
Figure 2: Spatial variation in PAR under open ventilated greenhouse
Figure 3: spatial variation in air temperature under open ventilated greenhouse
Figure 4: Spatial variation in relative humidity under open ventilated greenhouse
Figure 5: Spatial variation in soil temperature under open ventilated greenhouse
Table 1: Regression model for microclimatic parameters for open ventilated greenhouse with vegetation like capsicum
Figure 6: Association between micrometerological parameters of greenhouse and open field parameters
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
Full Research
Soil Potassium Fractions as Influenced by Integrated Fertilizer Application Based on Soil Test Crop Response under Maize-Wheat Cropping Systems in Acid Alfisol
Ibajanai Kurbah and S. P. DixitCropping sequence, IPNS, maize, potassium, STCR, wheat
Published Online : 28 Feb 2019
Short Research
Influence of Growth Regulators on Quality and Fruit Attributes of Custard Apple (Annona squamosa L.) Cv. Balanagar
U. K. Thorat, R. M. Dheware and A. R. JadhavGrowth regulators, quality, fruit attributes, custard apple
Published Online : 28 Aug 2018
Full Research
Occurrence of Diseases in Floricultural Crops in and around Jorhat, Assam
Munmi Borah, Moyurtrishna Rajkhowa and Sakendar AliDisease incidence, floricultural crops, survey, pathogenic diseases, microscopic observation
Published Online : 28 May 2019
Full Research
Assessment of Fruit Flies Infestation on Gauva in Terai Region of West Bengal
G. Roy, N. Laskar and S. SarkarFruit fly, guava, infestation
Published Online : 28 Feb 2019
Full Research
Assessment of Fruit Drop in Different Cultivars of Litchi
Narayan Lal, Abhay Kumar, E. S. Marboh, Vishal Nath and S. D. PandeyImproper pollination and fertilization, embryo abortion, seed and fruit borer, abscission
Published Online : 28 Nov 2021
.jpg)
.jpg)
