-
1
Mineral concentration of the stems of spontaneous plants, forage legume and forage grass
Published 2017-11-01“…Spontaneous plants presented higher concentration for the minerals evaluated in the stems compared to the grass and legume, which suggests that each plant has the potential to increase the mineral concentration in the soil differently, so those plants can collaborate for the sustainability of pasture systems, as their stems are trampled by cattle or their contents are recycled to the soil through dung and urine. …”
Get full text
Article -
2
Mineral concentration of the stems of spontaneous plants, forage legume and forage grass
Published 2017-11-01“…Spontaneous plants presented higher concentration for the minerals evaluated in the stems compared to the grass and legume, which suggests that each plant has the potential to increase the mineral concentration in the soil differently, so those plants can collaborate for the sustainability of pasture systems, as their stems are trampled by cattle or their contents are recycled to the soil through dung and urine. …”
Get full text
Article -
3
Mineral concentration of the stems of spontaneous plants, forage legume and forage grass
Published 2017-11-01“…Spontaneous plants presented higher concentration for the minerals evaluated in the stems compared to the grass and legume, which suggests that each plant has the potential to increase the mineral concentration in the soil differently, so those plants can collaborate for the sustainability of pasture systems, as their stems are trampled by cattle or their contents are recycled to the soil through dung and urine. …”
Get full text
Article -
4
Mineral concentration of the stems of spontaneous plants, forage legume and forage grass
Published 2017-11-01“…Spontaneous plants presented higher concentration for the minerals evaluated in the stems compared to the grass and legume, which suggests that each plant has the potential to increase the mineral concentration in the soil differently, so those plants can collaborate for the sustainability of pasture systems, as their stems are trampled by cattle or their contents are recycled to the soil through dung and urine. …”
Get full text
Article -
5
Mineral concentration of the stems of spontaneous plants, forage legume and forage grass
Published 2017-11-01“…Spontaneous plants presented higher concentration for the minerals evaluated in the stems compared to the grass and legume, which suggests that each plant has the potential to increase the mineral concentration in the soil differently, so those plants can collaborate for the sustainability of pasture systems, as their stems are trampled by cattle or their contents are recycled to the soil through dung and urine. …”
Get full text
Article -
6
Mineral concentration of the stems of spontaneous plants, forage legume and forage grass
Published 2017-11-01“…Spontaneous plants presented higher concentration for the minerals evaluated in the stems compared to the grass and legume, which suggests that each plant has the potential to increase the mineral concentration in the soil differently, so those plants can collaborate for the sustainability of pasture systems, as their stems are trampled by cattle or their contents are recycled to the soil through dung and urine. …”
Get full text
Article -
7
Mineral concentration of the stems of spontaneous plants, forage legume and forage grass
Published 2017-11-01“…Spontaneous plants presented higher concentration for the minerals evaluated in the stems compared to the grass and legume, which suggests that each plant has the potential to increase the mineral concentration in the soil differently, so those plants can collaborate for the sustainability of pasture systems, as their stems are trampled by cattle or their contents are recycled to the soil through dung and urine. …”
Get full text
Article -
8
Potential interaction of soybean-grass intercropping with residual nitrogen for a no-tillage system implementation
Published 2023-10-01“…The main plots in the summer season were: 1) soybean monoculture; 2) soybean - Aruana Guinea grass (Megathyrsus maximus cv. Aruana) intercropping, and 3) soybean - Congo grass (Urochloa ruziziensis cv. …”
Get full text
Article -
9
Impacts of the nitrogen application on productivity and nutrients concentrations of the corn-Congo grass intercropping system in the dry season
Published 2019-10-01“…The corn-grass intercropping system began to be used in the dry season, as it provides increased straw production for the no-tillage system. …”
Get full text
Article -
10
Components of seed production and ergot resistance used as criteria for selection of Brachiaria hybrids
Published 2022-07-01Subjects: “….; flowering; germination; grass seed production; tiller.…”
Get full text
Article -
11
Accelerated aging tests and electrical conductivity of calopo Seeds
Published 2017-11-01“…Comum) is one of the forage legume species recommended for use in integrated grass-legume swards. Thus, the best combination of temperature and time of submission of the accelerated aging vigor test was evaluated to determine the vigor of this species. …”
Get full text
Article -
12
Accelerated aging tests and electrical conductivity of calopo Seeds
Published 2017-11-01“…Comum) is one of the forage legume species recommended for use in integrated grass-legume swards. Thus, the best combination of temperature and time of submission of the accelerated aging vigor test was evaluated to determine the vigor of this species. …”
Get full text
Article -
13
Accelerated aging tests and electrical conductivity of calopo Seeds
Published 2017-11-01“…Comum) is one of the forage legume species recommended for use in integrated grass-legume swards. Thus, the best combination of temperature and time of submission of the accelerated aging vigor test was evaluated to determine the vigor of this species. …”
Get full text
Article -
14
Accelerated aging tests and electrical conductivity of calopo Seeds
Published 2017-11-01“…Comum) is one of the forage legume species recommended for use in integrated grass-legume swards. Thus, the best combination of temperature and time of submission of the accelerated aging vigor test was evaluated to determine the vigor of this species. …”
Get full text
Article -
15
Accelerated aging tests and electrical conductivity of calopo Seeds
Published 2017-11-01“…Comum) is one of the forage legume species recommended for use in integrated grass-legume swards. Thus, the best combination of temperature and time of submission of the accelerated aging vigor test was evaluated to determine the vigor of this species. …”
Get full text
Article -
16
Accelerated aging tests and electrical conductivity of calopo Seeds
Published 2017-11-01“…Comum) is one of the forage legume species recommended for use in integrated grass-legume swards. Thus, the best combination of temperature and time of submission of the accelerated aging vigor test was evaluated to determine the vigor of this species. …”
Get full text
Article -
17
Leaf area of the legumes arachis pintoi, macrotyloma axilare and neonotonia weightii
Published 2017-11-01“…However, in the initial phase the legume's biological fixation capacity is low and its slow establishment can compromise the development of the grass, mainly due to the competition with others species. …”
Get full text
Article -
18
Leaf area of the legumes arachis pintoi, macrotyloma axilare and neonotonia weightii
Published 2017-11-01“…However, in the initial phase the legume's biological fixation capacity is low and its slow establishment can compromise the development of the grass, mainly due to the competition with others species. …”
Get full text
Article -
19
Leaf area of the legumes arachis pintoi, macrotyloma axilare and neonotonia weightii
Published 2017-11-01“…However, in the initial phase the legume's biological fixation capacity is low and its slow establishment can compromise the development of the grass, mainly due to the competition with others species. …”
Get full text
Article -
20
Leaf area of the legumes arachis pintoi, macrotyloma axilare and neonotonia weightii
Published 2017-11-01“…However, in the initial phase the legume's biological fixation capacity is low and its slow establishment can compromise the development of the grass, mainly due to the competition with others species. …”
Get full text
Article