“highest levels”

Claim · model-written summary

The optimum harvest moisture content differs with each rice variety.

Taxon

riceOryza sativae0

Material

each varietye0

Outcome

optimum harvest moisture contente0

Direction

differse0

Setting

Etai El-Baroud Agricultural Research Station Farm, Egypte0

Verbatim

e0

“Key words: Rice- Harvest-Moisture -Quality The relationship of moisture to milling quality gives growers a degree of control over head rice by allowing them to time their harvest according to moisture content. The head rice is highest when rice is harvested at moisture content greater than what is required for safe storage. Three of Egyptian varieties Sakha 101, Sakha 104 and Giza 177 were cultivated at Etai El-Barou…” Show full quote

Claim · model-written summary

Bio-fertilization with fungi and bacteria gave a percentage increase of 11.14 in soil N compared with the unvaccinated treatment.

Taxon

cucumberCucumis sativuse0

Treatment

fertilized with fungi and bacteriae3

Interactor

Mycorrhizae1symbiont

Second interactor

Bacilluse1symbiont

Compound

Ne2

Outcome

percentage of increasee2

Direction

increaseinferrede3

Value

11.14e3

Comparator

T1M1 which was without vaccinatione3

Setting

greenhousee0

Verbatim

e0

“A field experiment was carried out in a greenhouse belong to plant protection office- Ministry of Agriculture in order to study effects of bio fertilizer and organic matter addition in presence of phosphate rock and the interaction in the availability of phosphorus in soil and the absorbed from it as well as its relation with growth and yield of cucumber during 2015.”

e1

“Experiment Add two types of the first bio-compost bacteria Bacillus and second fungi Mycorrhiza and two levels of organic matter with the addition of rock phosphate”

e2

“It obtained the highest values of the finished items in the soil after 45 days from sowing and the percentage of increase as a percentage of treatment T4M1 that were fertilized with bacteria and fungi (19.18 and 18.83 and 16.81, 42 and 25.75%) for each of the N, P, K, Fe and Zn sequentially compared with treatment T1M1 which was without vaccination”

e3

“which gave (11.14 and 26.06 and 3.84)% and (36.6 and 16.65)% sequentially for the treatment of T4M1 which were fertilized with fungi and bacteria, compared with the treatment T1M1 which was without vaccination after 45 days from sowing”

Claim · model-written summary

Bio-fertilization with fungi and bacteria gave a percentage increase of 26.06 in soil P compared with the unvaccinated treatment.

Taxon

cucumberCucumis sativuse0

Treatment

fertilized with fungi and bacteriae3

Interactor

Mycorrhizae1symbiont

Second interactor

Bacilluse1symbiont

Compound

Pe2

Outcome

percentage of increasee2

Direction

increaseinferrede3

Value

26.06e3

Comparator

T1M1 which was without vaccinatione3

Setting

greenhousee0

Verbatim

e0

“A field experiment was carried out in a greenhouse belong to plant protection office- Ministry of Agriculture in order to study effects of bio fertilizer and organic matter addition in presence of phosphate rock and the interaction in the availability of phosphorus in soil and the absorbed from it as well as its relation with growth and yield of cucumber during 2015.”

e1

“Experiment Add two types of the first bio-compost bacteria Bacillus and second fungi Mycorrhiza and two levels of organic matter with the addition of rock phosphate”

e2

“It obtained the highest values of the finished items in the soil after 45 days from sowing and the percentage of increase as a percentage of treatment T4M1 that were fertilized with bacteria and fungi (19.18 and 18.83 and 16.81, 42 and 25.75%) for each of the N, P, K, Fe and Zn sequentially compared with treatment T1M1 which was without vaccination”

e3

“which gave (11.14 and 26.06 and 3.84)% and (36.6 and 16.65)% sequentially for the treatment of T4M1 which were fertilized with fungi and bacteria, compared with the treatment T1M1 which was without vaccination after 45 days from sowing”

Claim · model-written summary

Bio-fertilization with fungi and bacteria gave a percentage increase of 3.84 in soil K compared with the unvaccinated treatment.

Taxon

cucumberCucumis sativuse0

Treatment

fertilized with fungi and bacteriae3

Interactor

Mycorrhizae1symbiont

Second interactor

Bacilluse1symbiont

Compound

Ke2

Outcome

percentage of increasee2

Direction

increaseinferrede3

Value

3.84e3

Comparator

T1M1 which was without vaccinatione3

Setting

greenhousee0

Verbatim

e0

“A field experiment was carried out in a greenhouse belong to plant protection office- Ministry of Agriculture in order to study effects of bio fertilizer and organic matter addition in presence of phosphate rock and the interaction in the availability of phosphorus in soil and the absorbed from it as well as its relation with growth and yield of cucumber during 2015.”

e1

“Experiment Add two types of the first bio-compost bacteria Bacillus and second fungi Mycorrhiza and two levels of organic matter with the addition of rock phosphate”

e2

“It obtained the highest values of the finished items in the soil after 45 days from sowing and the percentage of increase as a percentage of treatment T4M1 that were fertilized with bacteria and fungi (19.18 and 18.83 and 16.81, 42 and 25.75%) for each of the N, P, K, Fe and Zn sequentially compared with treatment T1M1 which was without vaccination”

e3

“which gave (11.14 and 26.06 and 3.84)% and (36.6 and 16.65)% sequentially for the treatment of T4M1 which were fertilized with fungi and bacteria, compared with the treatment T1M1 which was without vaccination after 45 days from sowing”

Claim · model-written summary

Bio-fertilization with fungi and bacteria gave a percentage increase of 36.6 in soil Fe compared with the unvaccinated treatment.

Taxon

cucumberCucumis sativuse0

Treatment

fertilized with fungi and bacteriae3

Interactor

Mycorrhizae1symbiont

Second interactor

Bacilluse1symbiont

Compound

Fee2

Outcome

percentage of increasee2

Direction

increaseinferrede3

Value

36.6e3

Comparator

T1M1 which was without vaccinatione3

Setting

greenhousee0

Verbatim

e0

“A field experiment was carried out in a greenhouse belong to plant protection office- Ministry of Agriculture in order to study effects of bio fertilizer and organic matter addition in presence of phosphate rock and the interaction in the availability of phosphorus in soil and the absorbed from it as well as its relation with growth and yield of cucumber during 2015.”

e1

“Experiment Add two types of the first bio-compost bacteria Bacillus and second fungi Mycorrhiza and two levels of organic matter with the addition of rock phosphate”

e2

“It obtained the highest values of the finished items in the soil after 45 days from sowing and the percentage of increase as a percentage of treatment T4M1 that were fertilized with bacteria and fungi (19.18 and 18.83 and 16.81, 42 and 25.75%) for each of the N, P, K, Fe and Zn sequentially compared with treatment T1M1 which was without vaccination”

e3

“which gave (11.14 and 26.06 and 3.84)% and (36.6 and 16.65)% sequentially for the treatment of T4M1 which were fertilized with fungi and bacteria, compared with the treatment T1M1 which was without vaccination after 45 days from sowing”

Claim · model-written summary

Bio-fertilization with fungi and bacteria gave a percentage increase of 16.65 in soil Zn compared with the unvaccinated treatment.

Taxon

cucumberCucumis sativuse0

Treatment

fertilized with fungi and bacteriae3

Interactor

Mycorrhizae1symbiont

Second interactor

Bacilluse1symbiont

Compound

Zne2

Outcome

percentage of increasee2

Direction

increaseinferrede3

Value

16.65e3

Comparator

T1M1 which was without vaccinatione3

Setting

greenhousee0

Verbatim

e0

“A field experiment was carried out in a greenhouse belong to plant protection office- Ministry of Agriculture in order to study effects of bio fertilizer and organic matter addition in presence of phosphate rock and the interaction in the availability of phosphorus in soil and the absorbed from it as well as its relation with growth and yield of cucumber during 2015.”

e1

“Experiment Add two types of the first bio-compost bacteria Bacillus and second fungi Mycorrhiza and two levels of organic matter with the addition of rock phosphate”

e2

“It obtained the highest values of the finished items in the soil after 45 days from sowing and the percentage of increase as a percentage of treatment T4M1 that were fertilized with bacteria and fungi (19.18 and 18.83 and 16.81, 42 and 25.75%) for each of the N, P, K, Fe and Zn sequentially compared with treatment T1M1 which was without vaccination”

e3

“which gave (11.14 and 26.06 and 3.84)% and (36.6 and 16.65)% sequentially for the treatment of T4M1 which were fertilized with fungi and bacteria, compared with the treatment T1M1 which was without vaccination after 45 days from sowing”

Claim · model-written summary

The optimum harvest moisture content for maximum head rice in Sakha 101 is 21-23%.

Taxon

riceOryza sativae0

Material

Sakha 101e0

Outcome

optimum harvest moisture content for maximum head ricee0

Direction

maximume0

Value

21- 23%e0

Setting

Etai El-Baroud Agricultural Research Station Farm, Egypte0

Verbatim

e0

“Key words: Rice- Harvest-Moisture -Quality The relationship of moisture to milling quality gives growers a degree of control over head rice by allowing them to time their harvest according to moisture content. The head rice is highest when rice is harvested at moisture content greater than what is required for safe storage. Three of Egyptian varieties Sakha 101, Sakha 104 and Giza 177 were cultivated at Etai El-Barou…” Show full quote

Claim · model-written summary

The optimum harvest moisture content for maximum head rice in Giza 177 is 20-24%.

Taxon

riceOryza sativae0

Material

Giza 177e0

Outcome

optimum harvest moisture content for maximum head ricee0

Direction

maximume0

Value

20- 24%e0

Setting

Etai El-Baroud Agricultural Research Station Farm, Egypte0

Verbatim

e0

“Key words: Rice- Harvest-Moisture -Quality The relationship of moisture to milling quality gives growers a degree of control over head rice by allowing them to time their harvest according to moisture content. The head rice is highest when rice is harvested at moisture content greater than what is required for safe storage. Three of Egyptian varieties Sakha 101, Sakha 104 and Giza 177 were cultivated at Etai El-Barou…” Show full quote

Claim · model-written summary

The optimum harvest moisture content for maximum head rice in Sakha 104 is 23-26%.

Taxon

riceOryza sativae0

Material

Sakha 104e0

Outcome

optimum harvest moisture content for maximum head ricee0

Direction

maximume0

Value

23- 26%e0

Setting

Etai El-Baroud Agricultural Research Station Farm, Egypte0

Verbatim

e0

“Key words: Rice- Harvest-Moisture -Quality The relationship of moisture to milling quality gives growers a degree of control over head rice by allowing them to time their harvest according to moisture content. The head rice is highest when rice is harvested at moisture content greater than what is required for safe storage. Three of Egyptian varieties Sakha 101, Sakha 104 and Giza 177 were cultivated at Etai El-Barou…” Show full quote

Claim · model-written summary

Biofertilized wheat line 21 at 214 kg N/ha exceeded the commercial cultivar Sids 1 under control treatment by 1.04 ton/ha in grain yield.

Taxon

bread wheatTriticum aestivume0

Material

21e1

Treatment

214 kg N/hae1

Interactor

nitrogen fixing bacteriae0symbiont

Outcome

grain yielde2

Direction

exceedede3

Value

1.04e3

Qualifier

biofertilizede1

Comparator

commercial cultivar Sids 1e3

Setting

sandy soil at El-Bustan region, El Behera Governoratee0

Verbatim

e0

“Two field experiments were conducted in sandy soil at El-Bustan region, El Behera Governorate during two winter successive seasons of 2004/2005 and 2005/2006 to evaluate the effect of five nitrogen fertilizer levels (71.5, 143, 214, 286, and 357 kg/ha) represented (25, 50, 75, 100 and 125% of the recommended dose) and some isolates of nitrogen fixing bacteria (Azospirillum sp,, Azotobacter sp, Bacillus sp.and Klebsie…” Show full quote

e1

“the highest grain yield was obtained from the biofertilized lines numbers 15, 11 and 21 at 214 kg N/ha, lines number 8 and 21 at 286 Kg N/ha and lines 8 and 15 receiving 143 Kg N/ha”

e2

“Moreover, they surpassed the grain yield of the control treatment (286 kg N/ha) by 0.80, 0.87, 0.55, 0.72, 0.59, 0.52 and 0.30 ton/ha (14, 16, 10, 13, 11, 10 and 5%) respectively”

e3

“In addition, these seven combinations exceeded the commercial cultivar Sids 1 under control treatment by 1.46, 1.23, 1.04, 1.16, 1.08, 0.96 and 0.95 ton/ha (29, 24, 21, 23, 21 19 and 19%), respectively”