Crop models can aid the synthesis and application of knowledge, planning of experiments
and forecasting in agricultural systems. Few studies have reviewed the uses and …

Brachiaria and Cynodon are two of the most important pasture grasses worldwide.
Computer model simulations can be used to study pasture species growth and physiological …

Projected change in forage production under a range of climate scenarios is important for
the evaluation of the impacts of global climate change on pasture‐based livestock …

Climate aspects are important for forage production. Therefore, mathematical models that
account for such aspects are useful tools to help decision making and improve pasture …

It is important to know the mechanisms for forage development, especially those related to
the tolerance of potentially toxic elements, when considering their use in phytoremediation …

Tropical forages are the primary feed source for livestock production in tropical and
subtropical regions. Biophysical modelling has been an effective tool to explore the likely …

Models that estimate potential and depleted crop yield according to climatic variable enable
the crop planning and production quantification for a specific region. Therefore, the objective …

Objetivou-se com este trabalho avaliar o efeito de diferentes frequências de desfolhação em
períodos fixos sob as características estruturais e produtivas do dossel de capim-Tanzânia …

Nickel (Ni) is extremely toxic to plants at high concentrations. Phytoliths have the potential to
sequester the heavy metals absorbed by plants and act as a detoxification mechanism for …

Zinc is an important micronutrient to plant growth, but when present in large quantities it can
become a toxic element to plants. This study was aimed to evaluate the growth …