Liliane Santos de Camargos

• Abstract

  Successive applications of agricultural inputs, deposition of mining waste and use of swine waste that contains micronutrients in its composition have caused an increase in the levels available in the soil. Excess of these elements in agricultural soils can cause metabolic and physiological disorders in plants, contributing to changes in nutritional status, as well as reduced development …

  Characterization of the metabolism of Crotalaria ssp. species and soil quality under doses of Cu: potential application for phytoremediation, BP.DR

• Abstract

  Leaves are the plant organs where photosynthesis occurs, which converts solar energy into chemical energy for the production of photoassimilates for plant growth and development. Thus, crop productivity depends on photosynthetic rates and is directly related to leaf area. Therefore, the search for precise, accurate methods for estimating leaf area is important. Therefore, the R pliman pac…

  Validation of an Automated Protocol for Leaf Area Measurement of forage peanuts (Arachis pintoi Krapov. & W.C. Greg.): A Method Comparison, BP.IC

• Abstract

  Nickel has been recognized as essential for higher plants since the 1980s, as it is a component of the urease enzyme. This study focuses on the response of Canavalia ensiformis (jack beans) to the presence of nickel (Ni) in potentially toxic concentrations in the soil. The species grows well in different types of soil and is tolerant of partial shade and is commonly used as green manure. …

  Growth and physiological changes of Canavalia ensiformis (L.) DC (Fabaceae) exposed to potentially toxic concentrations of nickel in the vegetative and reproductive phases, BP.IC
• Data management and analysis in order to establish a standard for potentially phytoremediating species, BP.TT

(Only some records are available in English at this moment)