Seasonal climate impact on Brazilian pasture (Brachiaria brizantha cv Marandu): growth rate, CO2 efflux, and irrigation strategies

This study explores the soil carbon efflux and pasture growth during summer-fall and winter-spring in two different years based on field and lysimeter experiments. Soil respiration, soil and air temperatures, leaf photosynthesis, plant dry weight, and leaf area index are quantified to characterize t...

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Published inTheoretical and applied climatology Vol. 151; no. 1-2; pp. 651 - 666
Main Authors Pereira-Flores, Milton E., Justino, Flavio, Rodrigues, Jackson M., Boehringer, Davi, Melo, Anderson Adriano Martins, Cursi, Andressa G., da Costa Pereira, Vagna, Pereira, Odilon Gomes, Ruiz-Vera, Ursula M.
Format Journal Article
LanguageEnglish
Published Vienna Springer Vienna 01.01.2023
Springer Nature B.V
Subjects
air
Air temperature
Aquatic Pollution
Atmospheric Protection/Air Quality Control/Air Pollution
Atmospheric Sciences
Brachiaria
Carbon dioxide
climate
Climate science
Climatology
Dry season
Dry weight
Earth and Environmental Science
Earth Sciences
Efflux
Evapotranspiration
Field capacity
Growth rate
Irrigation
Leaf area
Leaf area index
Leaves
Limiting factors
Low temperature
lysimeters
Moisture effects
Original Paper
Pasture
pastures
Photosynthesis
plant response
Plants
Plants (botany)
Precipitation
rain
Rainfall
Seasonal variations
Seasonality
Soil
soil carbon
Soil moisture
Soil respiration
Soil temperature
soil water
Urochloa brizantha
Waste Water Technology
Water Management
Water Pollution Control
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Abstract This study explores the soil carbon efflux and pasture growth during summer-fall and winter-spring in two different years based on field and lysimeter experiments. Soil respiration, soil and air temperatures, leaf photosynthesis, plant dry weight, and leaf area index are quantified to characterize the influence of seasonality in the Brachiaria growth, production, and efflux. It is found that the transient variation of CO 2 efflux was highly correlated with rainfall ( r  = 0.87, p  < 0.05), but least correlated with soil temperatures ( r  = 0.5, p  < 0.05). The CO 2 efflux and plant response to different levels of reposition of evapotranspiration (irrigation) demonstrated that irrigation during the dry season reduces growth of Brachiaria in response to lower soil moisture and low temperatures. It is found that lower temperatures are a limiting factor when the soil moisture is below 32% of the field capacity. Moreover, it has been observed that soil moisture by around 50% is a key practice for mitigating the effect of seasonality. Insofar as CO 2 efflux is concerned, it is found that even at low and moderate temperatures, precipitation leads to changes in soil CO 2 efflux due to the amount of soil moisture.
AbstractList This study explores the soil carbon efflux and pasture growth during summer-fall and winter-spring in two different years based on field and lysimeter experiments. Soil respiration, soil and air temperatures, leaf photosynthesis, plant dry weight, and leaf area index are quantified to characterize the influence of seasonality in the Brachiaria growth, production, and efflux. It is found that the transient variation of CO 2 efflux was highly correlated with rainfall ( r  = 0.87, p  < 0.05), but least correlated with soil temperatures ( r  = 0.5, p  < 0.05). The CO 2 efflux and plant response to different levels of reposition of evapotranspiration (irrigation) demonstrated that irrigation during the dry season reduces growth of Brachiaria in response to lower soil moisture and low temperatures. It is found that lower temperatures are a limiting factor when the soil moisture is below 32% of the field capacity. Moreover, it has been observed that soil moisture by around 50% is a key practice for mitigating the effect of seasonality. Insofar as CO 2 efflux is concerned, it is found that even at low and moderate temperatures, precipitation leads to changes in soil CO 2 efflux due to the amount of soil moisture.
This study explores the soil carbon efflux and pasture growth during summer-fall and winter-spring in two different years based on field and lysimeter experiments. Soil respiration, soil and air temperatures, leaf photosynthesis, plant dry weight, and leaf area index are quantified to characterize the influence of seasonality in the Brachiaria growth, production, and efflux. It is found that the transient variation of CO2 efflux was highly correlated with rainfall (r = 0.87, p < 0.05), but least correlated with soil temperatures (r = 0.5, p < 0.05). The CO2 efflux and plant response to different levels of reposition of evapotranspiration (irrigation) demonstrated that irrigation during the dry season reduces growth of Brachiaria in response to lower soil moisture and low temperatures. It is found that lower temperatures are a limiting factor when the soil moisture is below 32% of the field capacity. Moreover, it has been observed that soil moisture by around 50% is a key practice for mitigating the effect of seasonality. Insofar as CO2 efflux is concerned, it is found that even at low and moderate temperatures, precipitation leads to changes in soil CO2 efflux due to the amount of soil moisture.
This study explores the soil carbon efflux and pasture growth during summer-fall and winter-spring in two different years based on field and lysimeter experiments. Soil respiration, soil and air temperatures, leaf photosynthesis, plant dry weight, and leaf area index are quantified to characterize the influence of seasonality in the Brachiaria growth, production, and efflux. It is found that the transient variation of CO₂ efflux was highly correlated with rainfall (r = 0.87, p < 0.05), but least correlated with soil temperatures (r = 0.5, p < 0.05). The CO₂ efflux and plant response to different levels of reposition of evapotranspiration (irrigation) demonstrated that irrigation during the dry season reduces growth of Brachiaria in response to lower soil moisture and low temperatures. It is found that lower temperatures are a limiting factor when the soil moisture is below 32% of the field capacity. Moreover, it has been observed that soil moisture by around 50% is a key practice for mitigating the effect of seasonality. Insofar as CO₂ efflux is concerned, it is found that even at low and moderate temperatures, precipitation leads to changes in soil CO₂ efflux due to the amount of soil moisture.
Author Justino, Flavio
Melo, Anderson Adriano Martins
Cursi, Andressa G.
da Costa Pereira, Vagna
Pereira, Odilon Gomes
Ruiz-Vera, Ursula M.
Rodrigues, Jackson M.
Boehringer, Davi
Pereira-Flores, Milton E.
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  fullname: Justino, Flavio
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  givenname: Vagna
  surname: da Costa Pereira
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  surname: Ruiz-Vera
  fullname: Ruiz-Vera, Ursula M.
  organization: Carl R. Woese Institute for Genomic Biology, University of Illinois at Urbana-Champaign
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Snippet This study explores the soil carbon efflux and pasture growth during summer-fall and winter-spring in two different years based on field and lysimeter...
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SubjectTerms air
Air temperature
Aquatic Pollution
Atmospheric Protection/Air Quality Control/Air Pollution
Atmospheric Sciences
Brachiaria
Carbon dioxide
climate
Climate science
Climatology
Dry season
Dry weight
Earth and Environmental Science
Earth Sciences
Efflux
Evapotranspiration
Field capacity
Growth rate
Irrigation
Leaf area
Leaf area index
Leaves
Limiting factors
Low temperature
lysimeters
Moisture effects
Original Paper
Pasture
pastures
Photosynthesis
plant response
Plants
Plants (botany)
Precipitation
rain
Rainfall
Seasonal variations
Seasonality
Soil
soil carbon
Soil moisture
Soil respiration
Soil temperature
soil water
Urochloa brizantha
Waste Water Technology
Water Management
Water Pollution Control
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Title Seasonal climate impact on Brazilian pasture (Brachiaria brizantha cv Marandu): growth rate, CO2 efflux, and irrigation strategies
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