FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3036615188> ?p ?o ?g. }

• W3036615188 endingPage "108064" @default.
• W3036615188 startingPage "108064" @default.
• W3036615188 abstract "ABSTRACT In a drip-irrigated vineyard soil evaporation (E) can reach up to 30-40% of the seasonal grapevine crop evapotranspiration (ETc). Vineyard soil management can be used as a technique to reduce soil E for improving crop water use efficiency. The aim of this experiment was to analyze the effect of using pruning waste as an organic mulching on vineyard ETc. During three experimental seasons, several cycles of grapevines water use determinations were conducted using a large weighing lysimeter located in Albacete (southeast Spain) under drip irrigation. Measurements were carried out under different soil management practices: i) keeping the bare soil within the lysimeter during the first 2-3 days (bare soil), ii) covering the lysimeter soil surface with pruning waste as an organic mulching (about 5 cm thick) for the next 2-3 days (organic mulch), and iii) covering the lysimeter with a waterproof canvas (plastic mulch), similar in colour to the soil, for the last 2-3 days of each measurement cycle. In 2017, the measurements period was initiated when midday stem water potential (Ψstem) values reached -1.3 MPa, in order to study the effect of the different soil management on grapevine ETc when vines in the lysimeter were suffering from severe water stress. During the 3-year study, plant determinations (i.e., canopy cover and the phenological stage) showed that vines were at the same stage of development during each period of measurements. Under equal evaporative demand and fractional canopy cover, results showed a reduction in the vineyard ETc between 16-18% with the organic mulching, and up to 24-30% with the plastic mulching. Even though plastic mulches significantly reduced water evaporation from soil surface, this reduction could have resulted in an increase in crop transpiration (T). However, results in this experiment show that both organic and inorganic mulching did not increase vine T compared to no mulching conditions, based on vine T values estimated during the three experimental periods of 2015. Therefore, using pruning waste as an organic mulch could be an environmental friendly alternative to reduce soil evaporation and increase crop water productivity in large areas where vineyards are drip-irrigated." @default.
• W3036615188 created "2020-06-25" @default.
• W3036615188 creator A5036432380 @default.
• W3036615188 creator A5036439367 @default.
• W3036615188 creator A5062345918 @default.
• W3036615188 creator A5063449544 @default.
• W3036615188 creator A5089658045 @default.
• W3036615188 date "2020-09-01" @default.
• W3036615188 modified "2023-10-06" @default.
• W3036615188 title "Effect of using pruning waste as an organic mulching on a drip-irrigated vineyard evapotranspiration under a semi-arid climate" @default.
• W3036615188 cites W118652551 @default.
• W3036615188 cites W1778466821 @default.
• W3036615188 cites W1910241599 @default.
• W3036615188 cites W1972546578 @default.
• W3036615188 cites W1973161698 @default.
• W3036615188 cites W1973265945 @default.
• W3036615188 cites W1973344262 @default.
• W3036615188 cites W1983324752 @default.
• W3036615188 cites W1985590587 @default.
• W3036615188 cites W1986254578 @default.
• W3036615188 cites W1987273637 @default.
• W3036615188 cites W1989601598 @default.
• W3036615188 cites W1994153948 @default.
• W3036615188 cites W1994233524 @default.
• W3036615188 cites W2010698320 @default.
• W3036615188 cites W2011252699 @default.
• W3036615188 cites W2022544193 @default.
• W3036615188 cites W2024766962 @default.
• W3036615188 cites W2034755859 @default.
• W3036615188 cites W2038937984 @default.
• W3036615188 cites W2040630400 @default.
• W3036615188 cites W2045012322 @default.
• W3036615188 cites W2052798317 @default.
• W3036615188 cites W2065840018 @default.
• W3036615188 cites W2079285700 @default.
• W3036615188 cites W2082312333 @default.
• W3036615188 cites W2090273473 @default.
• W3036615188 cites W2098413237 @default.
• W3036615188 cites W2106550726 @default.
• W3036615188 cites W2138489106 @default.
• W3036615188 cites W2144260204 @default.
• W3036615188 cites W2147611675 @default.
• W3036615188 cites W2151690439 @default.
• W3036615188 cites W217037877 @default.
• W3036615188 cites W2267249940 @default.
• W3036615188 cites W2488717936 @default.
• W3036615188 cites W2517329855 @default.
• W3036615188 cites W2586581030 @default.
• W3036615188 cites W2589871002 @default.
• W3036615188 cites W2591450337 @default.
• W3036615188 cites W2616917882 @default.
• W3036615188 cites W2766282120 @default.
• W3036615188 cites W2793231219 @default.
• W3036615188 cites W2801456514 @default.
• W3036615188 cites W2804665493 @default.
• W3036615188 cites W2805794929 @default.
• W3036615188 cites W2809530373 @default.
• W3036615188 cites W2945525873 @default.
• W3036615188 cites W2989221126 @default.
• W3036615188 cites W2990017175 @default.
• W3036615188 cites W3014275441 @default.
• W3036615188 doi "https://doi.org/10.1016/j.agrformet.2020.108064" @default.
• W3036615188 hasPublicationYear "2020" @default.
• W3036615188 type Work @default.
• W3036615188 sameAs 3036615188 @default.
• W3036615188 citedByCount "26" @default.
• W3036615188 countsByYear W30366151882021 @default.
• W3036615188 countsByYear W30366151882022 @default.
• W3036615188 countsByYear W30366151882023 @default.
• W3036615188 crossrefType "journal-article" @default.
• W3036615188 hasAuthorship W3036615188A5036432380 @default.
• W3036615188 hasAuthorship W3036615188A5036439367 @default.
• W3036615188 hasAuthorship W3036615188A5062345918 @default.
• W3036615188 hasAuthorship W3036615188A5063449544 @default.
• W3036615188 hasAuthorship W3036615188A5089658045 @default.
• W3036615188 hasBestOaLocation W30366151882 @default.
• W3036615188 hasConcept C108010975 @default.
• W3036615188 hasConcept C117021838 @default.
• W3036615188 hasConcept C127313418 @default.
• W3036615188 hasConcept C144027150 @default.
• W3036615188 hasConcept C150772632 @default.
• W3036615188 hasConcept C152453397 @default.
• W3036615188 hasConcept C175092762 @default.
• W3036615188 hasConcept C176783924 @default.
• W3036615188 hasConcept C187320778 @default.
• W3036615188 hasConcept C18903297 @default.
• W3036615188 hasConcept C2780924976 @default.
• W3036615188 hasConcept C39432304 @default.
• W3036615188 hasConcept C54286561 @default.
• W3036615188 hasConcept C6557445 @default.
• W3036615188 hasConcept C76886044 @default.
• W3036615188 hasConcept C86803240 @default.
• W3036615188 hasConcept C88862950 @default.
• W3036615188 hasConceptScore W3036615188C108010975 @default.
• W3036615188 hasConceptScore W3036615188C117021838 @default.
• W3036615188 hasConceptScore W3036615188C127313418 @default.
• W3036615188 hasConceptScore W3036615188C144027150 @default.
• W3036615188 hasConceptScore W3036615188C150772632 @default.

• next