Claim · model-written summary
Adding 4.2 tons/ha of dolomite decreased soil P-available by 5.65%.
- Taxon
- JAGUNG MANISt0
- Treatment
- 4.2 tons/ha of dolomitee2
- Outcome
- soil P-availablee2
- Direction
- decreasee2
- Value
- 5.65%e2
Not reportedComparator
Verbatim
t0“JAGUNG MANIS”
e2“the addition of 4.2 tons/ha of dolomite was able to decrease soil P-available (5.65%), increase Ca-dd (26.4%), Mg-dd (85%), Ca absorption (165.12%), Mg absorption (366.67%), P absorption (78.57%), and sweet corn yield (78.04%)”
Title
Lenny Sri Nopriani; Filka Ramadhani; Rizki Maulana Ishaq; et al. Jurnal Tanah dan Sumberdaya Lahan 2025. doi:10.21776/ub.jtsl.2025.012.1.20
Other claims from this paper (13)
- Intervention effect Adding 2.8 tonnes of dolomite per hectare might raise soil CEC by 50.61%.
- Intervention effect Adding 2.8 tonnes of dolomite per hectare might raise soil pH by 13.41%.
- Intervention effect Adding 4.2 tons/ha of dolomite increased soil Ca-dd by 26.4%.
- Intervention effect Adding 4.2 tons/ha of dolomite increased soil Mg-dd by 85%.
- Intervention effect Adding 4.2 tons/ha of dolomite increased Ca absorption by 165.12%.
- Intervention effect Adding 4.2 tons/ha of dolomite increased Mg absorption by 366.67%.
- Intervention effect Adding 4.2 tons/ha of dolomite increased P absorption by 78.57%.
- Intervention effect Adding 4.2 tons/ha of dolomite increased sweet corn yield by 78.04%.
- Intervention effect Different doses of dolomite did not significantly alter the overall population of phosphate-solubilizing bacteria.
- Observation The link between sweet corn yield and nutritional absorption was both robust and weak.
- Association The increase in sweet corn output was associated with P absorption, which accounted for 54.54%.
- Association The increase in sweet corn output was associated with Ca absorption, which accounted for 41.21%.
- Association The increase in sweet corn output was associated with Mg absorption, which accounted for 42.79%.