Claim · model-written summary
Input costs increased under climate change conditions in Kinnow production.
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Verbatim
e0“Climate change has triggered pest’s infestation, disease incidence and water use and ultimately increased inputs cost.”
t0“Kinnow Fruit”
Title
Impact of Climate Change on Kinnow Fruit Industry of Pakistan
Rab Nawaz; Nadeem Akhtar Abbasi; Ishfaq Ahmad Hafiz; et al. Agrotechnology 2019. doi:10.35248/2168-9881.19.8.186
Other claims from this paper (12)
- Association Climate change was associated with increased pest infestation in Kinnow cultivation.
- Association Climate change was associated with increased disease incidence in Kinnow cultivation.
- Association Climate change was associated with greater water use in Kinnow cultivation.
- Observation Heat, drought stress and fog were more common in Vehari and Toba Tek Singh.
- Association Kinnow yield was lower in Vehari and Toba Tek Singh than in Sargodha.
- Association Kinnow fruit quality was lower in Vehari and Toba Tek Singh than in Sargodha.
- Observation Processing cost increased under the climate change scenario.
- Association Export risk was greater with market fluctuation under the climate change scenario.
- Observation Kinnow production had increased input cost under the observed conditions.
- Observation Kinnow plants had increased water requirement.
- Observation Net return from Kinnow production declined.
- Observation An uncertain market was observed for Kinnow production.