Application of zinc, boron, and molybdenum in soil increases lentil productivity, nutrient uptake, and apparent balance

2020 · cited 9

Papers linked to it

0 report a different result on a question it studies, 0 the same result; it cites 14, 7 cite it. The closest of each are drawn.

It cites · 10 of 14Cite it · 7Application of secondary nu… (2017)Patterns of change in soil… (2016)Research on the effect of p… (2008)Effect of molybdenum on nod… (2015)Effects of zinc application… (2017)Nutrient Uptake and Apparen… (2005)Chickpea ( Cicer arietinum… (2011)Impacts of Trace Element Ad… (2018)Effect of foliar applicatio… (2013)Enhancing Eco-Efficiency in… (2012)Lentil nitrogen fixation re… (2023)EFFECT OF BORON AND ZINC ON… (2024)<i>Rhizobium</i&gt… (2024)Zinc outperforms other foli… (2024)Efficacy of glycine betaine… (2024)Broccoli quality and nutrie… (2024)A comparative study on effe… (2026)
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Click a paper to move to it; click a line to compare the two papers’ claims. Papers are core papers of the release. A link compares one claim of each paper on a question of the questions pages: the agent alone against no treatment, on the same trait. Same-result links come from questions keyed by a named compound or organism, of at most 50 papers; results-differ links also from questions keyed by a class of treatment such as irrigation or nitrogen, of at most 50 papers. Results are read from the claims by program; every link of results that differ was accepted by two model reviewers reading both claims, and what separates the two comes from the claims’ recorded dose, test system and situation. Each link shows both claims. Citations come from the papers’ OpenAlex reference lists.