Abstract
The results of the present investigation clearly indicated that, different growth and yield parameters of guava were significantly influenced due to different treatments of micronutrients. The maximum increase in plant height (0.62m), shoot length (7.35cm) and tree spread (0.88m) was recorded with the soil and foliar application of 100g ZnSo4 + 100gFeSo4 + 25gBorax + 0.5%ZnSo4+ 0.5% FeSo4+0.2% Borax (T9) and at par results were obtained with soil and foliar application 50g ZnSo4+50gFeSo4+12.5gBorax+0.5%ZnSo4+0.5% FeSo4+0.2% Borax (T8). Regarding the yield parameters the maximum values of fruit set (67.76%), fruit retention (59.43%) and no. of fruits per tree (398.67) was recorded with soil and foliar application 50gZnSo4 + 50gFeSo4 + 12.5gBorax + 0.5%ZnSo4 + 0.5% FeSo4 + 0.2% Borax (T8) and at par results were noticed with the soil and foliar application of 100gZnSo4 + 100gFeSo4 + 25gBorax + 0.5%ZnSo4 + 0.5% FeSo4 + 0.2% Borax (T9). While, the average weight of fruit (155.37g) and yield (58.18 kg/tree and 16.18 t/ha) were recorded maximum with the soil and foliar application of 100g ZnSo4+100gFeSo4+25gBorax+ 0.5%ZnSo4+ 0.5% FeSo4+ 0.2%Borax (T9) and at par values of these characters were observed with soil and foliar application 50g ZnSo4+50g FeSo4+12.5g Borax+0.5% ZnSo4+0.5% FeSo4+0.2% Borax (T8).
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Claims 10
Claim · model-written summary
The maximum increase in guava plant height (0.62 m) was recorded with the T9 micronutrient treatment.
- Taxon
- guava
Psidium guajavae1 - Treatment
- soil and foliar application of 100g ZnSo4 + 100gFeSo4 + 25gBorax + 0.5%ZnSo4+ 0.5% FeSo4+0.2% Boraxe2
- Outcome
- plant heighte2
- Direction
- maximum increasee2
- Value
- 0.62me2
Not reportedComparator
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e1“different growth and yield parameters of guava were significantly influenced due to different treatments of micronutrients”
e2“The maximum increase in plant height (0.62m), shoot length (7.35cm) and tree spread (0.88m) was recorded with the soil and foliar application of 100g ZnSo4 + 100gFeSo4 + 25gBorax + 0.5%ZnSo4+ 0.5% FeSo4+0.2% Borax (T9)”
Claim · model-written summary
The maximum increase in guava shoot length (7.35 cm) was recorded with the T9 micronutrient treatment.
- Taxon
- guavaPsidium guajavae1
- Treatment
- soil and foliar application of 100g ZnSo4 + 100gFeSo4 + 25gBorax + 0.5%ZnSo4+ 0.5% FeSo4+0.2% Boraxe2
- Outcome
- shoot lengthe2
- Direction
- maximum increasee2
- Value
- 7.35cme2
Not reportedComparator
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e1“different growth and yield parameters of guava were significantly influenced due to different treatments of micronutrients”
e2“The maximum increase in plant height (0.62m), shoot length (7.35cm) and tree spread (0.88m) was recorded with the soil and foliar application of 100g ZnSo4 + 100gFeSo4 + 25gBorax + 0.5%ZnSo4+ 0.5% FeSo4+0.2% Borax (T9)”
Claim · model-written summary
The maximum increase in guava tree spread (0.88 m) was recorded with the T9 micronutrient treatment.
- Taxon
- guavaPsidium guajavae1
- Treatment
- soil and foliar application of 100g ZnSo4 + 100gFeSo4 + 25gBorax + 0.5%ZnSo4+ 0.5% FeSo4+0.2% Boraxe2
- Outcome
- tree spreade2
- Direction
- maximum increasee2
- Value
- 0.88me2
Not reportedComparator
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e1“different growth and yield parameters of guava were significantly influenced due to different treatments of micronutrients”
e2“The maximum increase in plant height (0.62m), shoot length (7.35cm) and tree spread (0.88m) was recorded with the soil and foliar application of 100g ZnSo4 + 100gFeSo4 + 25gBorax + 0.5%ZnSo4+ 0.5% FeSo4+0.2% Borax (T9)”
Claim · model-written summary
The maximum fruit set (67.76%) was recorded with the T8 micronutrient treatment.
- Taxon
- guavaPsidium guajavae1
- Treatment
- soil and foliar application 50g ZnSo4 + 50gFeSo4 + 12.5gBorax + 0.5%ZnSo4 + 0.5% FeSo4 + 0.2% Boraxe3
- Outcome
- fruit sete3
- Direction
- maximum valuese3
- Value
- 67.76%e3
Not reportedComparator
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e1“different growth and yield parameters of guava were significantly influenced due to different treatments of micronutrients”
e3“Regarding the yield parameters the maximum values of fruit set (67.76%), fruit retention (59.43%) and no. of fruits per tree (398.67) was recorded with soil and foliar application 50gZnSo4 + 50gFeSo4 + 12.5gBorax + 0.5%ZnSo4 + 0.5% FeSo4 + 0.2% Borax (T8)”
Claim · model-written summary
The maximum fruit retention (59.43%) was recorded with the T8 micronutrient treatment.
- Taxon
- guavaPsidium guajavae1
- Treatment
- soil and foliar application 50g ZnSo4 + 50gFeSo4 + 12.5gBorax + 0.5%ZnSo4 + 0.5% FeSo4 + 0.2% Boraxe3
- Outcome
- fruit retentione3
- Direction
- maximum valuese3
- Value
- 59.43%e3
Not reportedComparator
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e1“different growth and yield parameters of guava were significantly influenced due to different treatments of micronutrients”
e3“Regarding the yield parameters the maximum values of fruit set (67.76%), fruit retention (59.43%) and no. of fruits per tree (398.67) was recorded with soil and foliar application 50gZnSo4 + 50gFeSo4 + 12.5gBorax + 0.5%ZnSo4 + 0.5% FeSo4 + 0.2% Borax (T8)”
Claim · model-written summary
The maximum number of fruits per tree (398.67) was recorded with the T8 micronutrient treatment.
- Taxon
- guavaPsidium guajavae1
- Treatment
- soil and foliar application 50g ZnSo4 + 50gFeSo4 + 12.5gBorax + 0.5%ZnSo4 + 0.5% FeSo4 + 0.2% Boraxe3
- Outcome
- no. of fruits per treee3
- Direction
- maximum valuese3
- Value
- 398.67e3
Not reportedComparator
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e1“different growth and yield parameters of guava were significantly influenced due to different treatments of micronutrients”
e3“Regarding the yield parameters the maximum values of fruit set (67.76%), fruit retention (59.43%) and no. of fruits per tree (398.67) was recorded with soil and foliar application 50gZnSo4 + 50gFeSo4 + 12.5gBorax + 0.5%ZnSo4 + 0.5% FeSo4 + 0.2% Borax (T8)”
Claim · model-written summary
The average fruit weight (155.37 g) was recorded maximum with the T9 micronutrient treatment.
- Taxon
- guavaPsidium guajavae1
- Treatment
- soil and foliar application of 100g ZnSo4 + 100gFeSo4 + 25gBorax + 0.5%ZnSo4+ 0.5% FeSo4+0.2% Boraxe4
- Outcome
- average weight of fruite4
- Direction
- recorded maximume4
- Value
- 155.37ge4
Not reportedComparator
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e1“different growth and yield parameters of guava were significantly influenced due to different treatments of micronutrients”
e4“While, the average weight of fruit (155.37g) and yield (58.18 kg/tree and 16.18 t/ha) were recorded maximum with the soil and foliar application of 100g ZnSo4+100gFeSo4+25gBorax+ 0.5%ZnSo4+ 0.5% FeSo4+ 0.2%Borax (T9)”
Claim · model-written summary
Guava yield was recorded maximum (58.18 kg/tree and 16.18 t/ha) with the T9 micronutrient treatment.
- Taxon
- guavaPsidium guajavae1
- Treatment
- soil and foliar application of 100g ZnSo4 + 100gFeSo4 + 25gBorax + 0.5%ZnSo4+ 0.5% FeSo4+0.2% Boraxe4
- Outcome
- yielde4
- Direction
- recorded maximume4
- Value
- 58.18 kg/tree and 16.18 t/hae4
Not reportedComparator
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e1“different growth and yield parameters of guava were significantly influenced due to different treatments of micronutrients”
e4“While, the average weight of fruit (155.37g) and yield (58.18 kg/tree and 16.18 t/ha) were recorded maximum with the soil and foliar application of 100g ZnSo4+100gFeSo4+25gBorax+ 0.5%ZnSo4+ 0.5% FeSo4+ 0.2%Borax (T9)”
Claim · model-written summary
The T8 micronutrient treatment gave yield parameters at par with the T9 treatment.
- Taxon
- guavaPsidium guajavae1
- Treatment
- soil and foliar application 50g ZnSo4 + 50gFeSo4 + 12.5gBorax + 0.5%ZnSo4 + 0.5% FeSo4 + 0.2% Boraxe6
- Outcome
- yield parameterse3
- Direction
- at par valuese6
- Comparator
- 100g ZnSo4+100gFeSo4+25gBorax+ 0.5%ZnSo4+ 0.5% FeSo4+ 0.2%Boraxe4
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e1“different growth and yield parameters of guava were significantly influenced due to different treatments of micronutrients”
e3“Regarding the yield parameters the maximum values of fruit set (67.76%), fruit retention (59.43%) and no. of fruits per tree (398.67) was recorded with soil and foliar application 50gZnSo4 + 50gFeSo4 + 12.5gBorax + 0.5%ZnSo4 + 0.5% FeSo4 + 0.2% Borax (T8)”
e4“While, the average weight of fruit (155.37g) and yield (58.18 kg/tree and 16.18 t/ha) were recorded maximum with the soil and foliar application of 100g ZnSo4+100gFeSo4+25gBorax+ 0.5%ZnSo4+ 0.5% FeSo4+ 0.2%Borax (T9)”
e6“and at par values of these characters were observed with soil and foliar application 50g ZnSo4+50g FeSo4+12.5g Borax+0.5% ZnSo4+0.5% FeSo4+0.2% Borax (T8)”
Claim · model-written summary
The T8 micronutrient treatment gave plant height at par with the T9 treatment.
- Taxon
- guavaPsidium guajavae1
- Treatment
- soil and foliar application 50g ZnSo4 + 50gFeSo4 + 12.5gBorax + 0.5%ZnSo4 + 0.5% FeSo4 + 0.2% Boraxe5
- Outcome
- plant heighte2
- Direction
- at par resultse5
- Comparator
- 100g ZnSo4 + 100gFeSo4 + 25gBorax + 0.5%ZnSo4+ 0.5% FeSo4+0.2% Boraxe2
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e1“different growth and yield parameters of guava were significantly influenced due to different treatments of micronutrients”
e2“The maximum increase in plant height (0.62m), shoot length (7.35cm) and tree spread (0.88m) was recorded with the soil and foliar application of 100g ZnSo4 + 100gFeSo4 + 25gBorax + 0.5%ZnSo4+ 0.5% FeSo4+0.2% Borax (T9)”
e5“and at par results were obtained with soil and foliar application 50g ZnSo4+50gFeSo4+12.5gBorax+0.5%ZnSo4+0.5% FeSo4+0.2% Borax (T8)”
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