Claim · model-written summary
irrigation greatly affected millet yield in simulated midcentury conditions in Senegal, with impacts varying by location.
- Taxon
- millete0
- Treatment
- irrigatione0
- Outcome
- yielde0
- Qualifier
- impact varied by locatione0
- Setting
- Senegale0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorDirectionValue
Verbatim
e0“Simulation results showed that N fertilization, planting date, and irrigation greatly affected sorghum and millet yield, which can be considered as suitable crop management options to reduce risks under the projected midcentury climate in Senegal although the impact varied by location.”
Title
A. Araya; P.K. Jha; Z. Zambreski; et al. Climate Risk Management 2022. doi:10.1016/j.crm.2022.100436
Other claims from this paper (19)
- Intervention effect N fertilization greatly affected sorghum yield in simulated midcentury conditions in Senegal, with impacts varying by location.
- Intervention effect planting date greatly affected sorghum yield in simulated midcentury conditions in Senegal, with impacts varying by location.
- Intervention effect irrigation greatly affected sorghum yield in simulated midcentury conditions in Senegal, with impacts varying by location.
- Intervention effect N fertilization greatly affected millet yield in simulated midcentury conditions in Senegal, with impacts varying by location.
- Intervention effect planting date greatly affected millet yield in simulated midcentury conditions in Senegal, with impacts varying by location.
- Association The simulated crop response to N was strongly related to water availability or rainfall.
- Intervention effect Peanut yield was not sensitive to N application in the simulations.
- Intervention effect Early planting improved sorghum yield across nine locations.
- Intervention effect Changing planting date did not improve sorghum yield at four northern Senegal locations.
- Intervention effect Early planting improved millet yield across nine locations.
- Intervention effect Changing planting date did not improve millet yield at four northern Senegal locations.
- Intervention effect Early planting improved peanut yield across nine locations.
- Intervention effect Changing planting date did not improve peanut yield at four northern Senegal locations.
- Observation The midcentury growing season was projected to shorten by up to three weeks at some locations because of late rain onset.
- Intervention effect Midcentury climate change slightly decreased simulated sorghum yield, varying by location.
- Intervention effect Midcentury millet yield improved or remained unchanged at most locations.
- Intervention effect Midcentury peanut yields decreased on average by 16 to 20% across tested factors.
- Observation Millet performed well under future climate relative to sorghum and peanut in Senegal, subject to varietal factors.
- Recommendation The authors recommend production systems focused on tolerant millet and sorghum.