Exemplos de uso de Light soils em Inglês e suas traduções para o Português
{-}
-
Colloquial
-
Official
-
Medicine
-
Financial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
-
Official/political
It grows well on light soils.
Light soils occupy 8% of the Brazilian territory.
Use and management of light soils.
On light soils add more peat, leaf mold and clay.
Characterization of light soils.
Light soils are also more prone to leaching of nitrogen and agrochemicals.
Agricultural potential of light soils.
On light soils are extremely low yields in those years by irrigator to expect that unequal education grapes.
Fertility management of light soils.
Liming in light soils is beneficial because it neutralizes toxic aluminum, by raising soil pH, and provides calcium and magnesium to the plants.
Areas with light soils have been currently incorporated into the production process of grains, fibers, energy materials, sugarcane Saccharum officinarum L., forestry, and cultivated pastures.
Losses of nutrients, such as N and K, in light soils can contaminate groundwater, as observed in column experiments with medium-textured Latossolos; and in a field experiment with a Neossolo Regolítico Usthorthent.
Other species have gained prominence in regions with light soils.
Therefore, the buffering capacity and the resilience of light soils depend on the adopted management in the production system.
Challenges for the characterization,the evaluation of the agricultural potential, and the Management of light soils.
Dimensions and technical characteristics of the tractorT-25 allows it to plow light soils, cultivate crops, transport small loads and work with various types of attachments.
The adoption of ICL and ICLF systems has provided benefits for the maintenance of soil quality and C sequestration;; however,more studies are still needed on the behavior of light soils cultivated with pastures.
One of the great challenges posed by the advancing agricultural frontiers is the inclusion of light soils, mainly represented by Quartzipsamments and partly by Oxisols and Ultisols.
Many of these lands are composed by light soils, whose price at the time these agricultural frontiers were opened allowed the expansion of conventional livestock, previously characterized by the low investment in production technology.
Besides these criteria regarding the relative content of particles in the soil, the mean diameter of the sand fraction can also aid in identifying the differences between light soils, which would allow a more detailed classification, as well as to differentiate them among and within soil classes.
Light soils are, in general, homogenous in terms of susceptibility to degradation, potential for agricultural use, and production capacity; however, they vary significantly regarding their physico-hydraulic and chemical attributes.
Although the behavior of light soils is considered homogeneous regarding susceptibility to degradation and agricultural productivity, there is a lack of information on the criteria that can distinguish their chemical and physico-hydraulic properties.
Light soils, when mechanized and receiving the application of fertilizers and other agricultural inputs, have provided high yields of soybean[Glycine max L. Merr.], corn Zea mays L., and cotton Gossypium hirsutum L., among other crops, besides making management operations easier.
The objective of this review was to characterize light soils and to highlight the main challenges regarding their agricultural potential and their conservation and fertility managements, in face of the expansion and consolidation of the new Brazilian agricultural frontier.
Love of light, needs light soil, regular watering.
Do not forget to pour his favorite,supporting the light soil moisture.
In the case of seedling;air, light, soil, humus are all needed by seedling to grow and survive.