Claim · model-written summary
Heated greenhouse GH1 raises total yield per feddan by 32.28% over greenhouse GH2 in 2013.
- Taxon
- tomato
Solanum lycopersicume3 - Treatment
- greenhouse GH1e1
- Outcome
- total yield per feddane1
- Direction
- increasee1
- Value
- 32.28e1
- Comparator
- GH2 greenhousee1
- Setting
- 2013 seasone1
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e3“tomato hybrid (Agiad 7)”
e1“The percentages increase for greenhouse GH1 over GH2 greenhouse in early yield, number of fruit per plant, fruit weight, total yield per plant and total yield per feddan were 21.32, 17.42, 12.87, 32.28 and 32.28%, respectively, in 2013 season”
Title
T.R. Yakout; S.G. Hemada Misr journal of agricultural engineering 2016. doi:10.21608/mjae.2016.97624
Other claims from this paper (19)
- Intervention effect Increasing the organic fertilizer rate significantly increases plant length, leaf area and number of leaves per plant.
- Intervention effect Increasing the organic fertilizer rate significantly increases dry weight and stem diameter of tomato plants.
- Intervention effect The increase in fresh weight from increasing the organic fertilizer rate is not significant in 2014.
- Intervention effect Plants fertilized with 30 m3/fed dried biogas residue have the best vegetative growth characteristics.
- Intervention effect In the heated greenhouse GH1 in 2013, dried biogas residue of 30 m3/fed raises early yield by 28.64% over farm yard manure.
- Intervention effect In the heated greenhouse GH1 in 2013, dried biogas residue of 30 m3/fed raises number of fruit per plant by 13.04% over farm yard manure.
- Intervention effect In the heated greenhouse GH1 in 2013, dried biogas residue of 30 m3/fed raises fruit weight by 6.89% over farm yard manure.
- Intervention effect In the heated greenhouse GH1 in 2013, dried biogas residue of 30 m3/fed raises total yield per plant by 20.84% over farm yard manure.
- Intervention effect In the heated greenhouse GH1 in 2013, dried biogas residue of 30 m3/fed raises total yield per feddan by 20.84% over farm yard manure.
- Intervention effect In the unheated greenhouse GH2 in 2013, dried biogas residue of 30 m3/fed raises early yield by 13.18% over farm yard manure.
- Intervention effect In the unheated greenhouse GH2 in 2013, dried biogas residue of 30 m3/fed raises number of fruit per plant by 16.29% over farm yard manure.
- Intervention effect In the unheated greenhouse GH2 in 2013, dried biogas residue of 30 m3/fed raises fruit weight by 8.30% over farm yard manure.
- Intervention effect In the unheated greenhouse GH2 in 2013, dried biogas residue of 30 m3/fed raises total yield per plant by 25.52% over farm yard manure.
- Intervention effect In the unheated greenhouse GH2 in 2013, dried biogas residue of 30 m3/fed raises total yield per feddan by 25.52% over farm yard manure.
- Intervention effect In the heated greenhouse GH1 in 2014, dried biogas residue of 30 m3/fed raises early yield by 24.87% over farm yard manure.
- Intervention effect In the heated greenhouse GH1 in 2014, dried biogas residue of 30 m3/fed raises total yield per feddan by 18.86% over farm yard manure.
- Intervention effect In the unheated greenhouse GH2 in 2014, dried biogas residue of 30 m3/fed raises total yield per feddan by 22.84% over farm yard manure.
- Intervention effect Heated greenhouse GH1 raises total yield per feddan by 27.08% over greenhouse GH2 in 2014.
- Intervention effect In the unheated greenhouse GH2 in 2014, dried biogas residue of 30 m3/fed raises early yield by 17.18% over farm yard manure.