Effects of Water Table Fluctuation on Greenhouse Gas Emissions from Wetland Soils in the Peruvian Amazon

Amazonian swamp forests remove large amounts of carbon dioxide (CO 2 ) but produce methane (CH 4 ). Both are important greenhouse gases (GHG). Drought and cultivation cut the CH 4 emissions but may release CO 2 . Varying oxygen content in nitrogen-rich soil produces nitrous oxide (N 2 O), which is t...

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Published inWetlands (Wilmington, N.C.) Vol. 43; no. 6; p. 62
Main Authors Pärn, Jaan, Soosaar, Kaido, Schindler, Thomas, Machacova, Katerina, Muñoz, Waldemar Alegría, Fachín, Lizardo, Aspajo, José Luis Jibaja, Negron-Juarez, Robinson I., Maddison, Martin, Rengifo, Jhon, Dinis, Danika Journeth Garay, Oversluijs, Adriana Gabriela Arista, Fucos, Manuel Calixto Ávila, Vásquez, Rafael Chávez, Wampuch, Ronald Huaje, García, Edgar Peas, Sohar, Kristina, Horna, Segundo Cordova, Gómez, Tedi Pacheco, Muñoz, Jose David Urquiza, Espinoza, Rodil Tello, Mander, Ülo
Format Journal Article
LanguageEnglish
Published Dordrecht Springer Netherlands 01.08.2023
Springer Nature B.V
Springer
Subjects
Biogeochemistry
Biomedical and Life Sciences
Carbon
Carbon dioxide
Cassava
Climate change
Coastal Sciences
Drawdown
Drought
Ecology
Ecosystems
Emissions
Environmental conditions
Environmental Management
ENVIRONMENTAL SCIENCES
Forests
Freshwater & Marine Ecology
greenhouse gas
Greenhouse gases
Hydrogeology
Land use
Landscape Ecology
laughing gas
Life Sciences
Methane
Nitrates
Nitrogen
Nitrous oxide
Oxygen content
Peat
peatland
Peatlands
Rain
Respiration
Slash and burn
Soil moisture
Soil surfaces
Swamps
tropical
tropics
Water table
Wetland Biogeochemistry
Wetlands
Peru
Amazon Basin
Methane
Greenhouse gas
Carbon dioxide
Nitrous oxide
Tropical
Laughing gas
Peat
Peatland
Tropics
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Abstract Amazonian swamp forests remove large amounts of carbon dioxide (CO 2 ) but produce methane (CH 4 ). Both are important greenhouse gases (GHG). Drought and cultivation cut the CH 4 emissions but may release CO 2 . Varying oxygen content in nitrogen-rich soil produces nitrous oxide (N 2 O), which is the third most important GHG. Despite the potentially tremendous changes, GHG emissions from wetland soils under different land uses and environmental conditions have rarely been compared in the Amazon. We measured environmental characteristics, and CO 2 , CH 4 and N 2 O emissions from the soil surface with manual opaque chambers in three sites near Iquitos, Peru from September 2019 to March 2020: a pristine peat swamp forest, a young forest and a slash-and-burn manioc field. The manioc field showed moderate soil respiration and N 2 O emission. The peat swamp forests under slight water table drawdown emitted large amounts of CO 2 and CH 4 . A heavy post-drought shower created a hot moment of N 2 O in the pristine swamp forest, likely produced by nitrifiers. All in all, even small changes in soil moisture can create hot moments of GHG emissions from Amazonian wetland soils, and should therefore be carefully monitored.
AbstractList Amazonian swamp forests remove large amounts of carbon dioxide (CO2) but produce methane (CH4). Both are important greenhouse gases (GHG). Drought and cultivation cut the CH4 emissions but may release CO2. Varying oxygen content in nitrogen-rich soil produces nitrous oxide (N2O), which is the third most important GHG. Despite the potentially tremendous changes, GHG emissions from wetland soils under different land uses and environmental conditions have rarely been compared in the Amazon. We measured environmental characteristics, and CO2, CH4 and N2O emissions from the soil surface with manual opaque chambers in three sites near Iquitos, Peru from September 2019 to March 2020: a pristine peat swamp forest, a young forest and a slash-and-burn manioc field. The manioc field showed moderate soil respiration and N2O emission. The peat swamp forests under slight water table drawdown emitted large amounts of CO2 and CH4. A heavy post-drought shower created a hot moment of N2O in the pristine swamp forest, likely produced by nitrifiers. All in all, even small changes in soil moisture can create hot moments of GHG emissions from Amazonian wetland soils, and should therefore be carefully monitored.
Amazonian swamp forests remove large amounts of carbon dioxide (CO 2 ) but produce methane (CH 4 ). Both are important greenhouse gases (GHG). Drought and cultivation cut the CH 4 emissions but may release CO 2 . Varying oxygen content in nitrogen-rich soil produces nitrous oxide (N 2 O), which is the third most important GHG. Despite the potentially tremendous changes, GHG emissions from wetland soils under different land uses and environmental conditions have rarely been compared in the Amazon. We measured environmental characteristics, and CO 2 , CH 4 and N 2 O emissions from the soil surface with manual opaque chambers in three sites near Iquitos, Peru from September 2019 to March 2020: a pristine peat swamp forest, a young forest and a slash-and-burn manioc field. The manioc field showed moderate soil respiration and N 2 O emission. The peat swamp forests under slight water table drawdown emitted large amounts of CO 2 and CH 4 . A heavy post-drought shower created a hot moment of N 2 O in the pristine swamp forest, likely produced by nitrifiers. All in all, even small changes in soil moisture can create hot moments of GHG emissions from Amazonian wetland soils, and should therefore be carefully monitored. Los bosques pantanosos amazónicos eliminan grandes cantidades de dióxido de carbono (CO 2 ) pero producen metano (CH 4 ). Ambos son importantes gases de efecto invernadero (GEI). La sequía y el cultivo reducen las emisiones de CH 4 pero pueden liberar CO 2 . La variación del contenido de oxígeno en los suelos ricos en nitrógeno produce óxido nitroso (N 2 O), que es el tercer GEI más importante. A pesar de los enormes cambios potenciales, las emisiones de GEI del suelos de los humedales bajo diferentes usos de la tierra y condiciones ambientales rara vez se han comparado en la Amazonía. Medimos las características ambientales y las emisiones de CO 2 , CH 4 y N 2 O de la superficie del suelo con cámaras opacas manuales en tres sitios cerca de Iquitos, Perú, de septiembre de 2019 a marzo de 2020: un bosque pantanoso de turba prístino, un bosque joven y un campo de yuca de talado y quemado. El campo de yuca mostró una respiración moderada del suelo y emisión de N 2 O. Los bosques pantanosos de turba con un ligero descenso del nivel freático emitieron grandes cantidades de CO 2 y CH 4 . Una fuerte lluvia posterior a la sequía creó un momento caliente de N 2 O en el bosque pantanoso prístino, probablemente producido por nitrificantes. Endefinitiva, incluso pequeños cambios en la humedad del suelo pueden crear momentos calientes de emisiones de GEI de los suelos de los humedales amazónicos y, por lo tanto, deben monitorearse cuidadosamente.
Amazonian swamp forests remove large amounts of carbon dioxide (CO 2 ) but produce methane (CH 4 ). Both are important greenhouse gases (GHG). Drought and cultivation cut the CH 4 emissions but may release CO 2 . Varying oxygen content in nitrogen-rich soil produces nitrous oxide (N 2 O), which is the third most important GHG. Despite the potentially tremendous changes, GHG emissions from wetland soils under different land uses and environmental conditions have rarely been compared in the Amazon. We measured environmental characteristics, and CO 2 , CH 4 and N 2 O emissions from the soil surface with manual opaque chambers in three sites near Iquitos, Peru from September 2019 to March 2020: a pristine peat swamp forest, a young forest and a slash-and-burn manioc field. The manioc field showed moderate soil respiration and N 2 O emission. The peat swamp forests under slight water table drawdown emitted large amounts of CO 2 and CH 4 . A heavy post-drought shower created a hot moment of N 2 O in the pristine swamp forest, likely produced by nitrifiers. All in all, even small changes in soil moisture can create hot moments of GHG emissions from Amazonian wetland soils, and should therefore be carefully monitored.
ArticleNumber 62
Author Mander, Ülo
Muñoz, Jose David Urquiza
Wampuch, Ronald Huaje
Soosaar, Kaido
Oversluijs, Adriana Gabriela Arista
García, Edgar Peas
Muñoz, Waldemar Alegría
Gómez, Tedi Pacheco
Vásquez, Rafael Chávez
Negron-Juarez, Robinson I.
Rengifo, Jhon
Aspajo, José Luis Jibaja
Maddison, Martin
Dinis, Danika Journeth Garay
Machacova, Katerina
Fucos, Manuel Calixto Ávila
Sohar, Kristina
Pärn, Jaan
Schindler, Thomas
Espinoza, Rodil Tello
Horna, Segundo Cordova
Fachín, Lizardo
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Issue 6
Keywords Methane
Greenhouse gas
Carbon dioxide
Nitrous oxide
Tropical
Laughing gas
Peat
Peatland
Tropics
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PublicationPlace Dordrecht
PublicationPlace_xml – name: Dordrecht
– name: United States
PublicationSubtitle Official Scholarly Journal of the Society of Wetland Scientists
PublicationTitle Wetlands (Wilmington, N.C.)
PublicationTitleAbbrev Wetlands
PublicationYear 2023
Publisher Springer Netherlands
Springer Nature B.V
Springer
Publisher_xml – sequence: 0
  name: Springer Nature B.V
– name: Springer Netherlands
– name: Springer
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Snippet Amazonian swamp forests remove large amounts of carbon dioxide (CO 2 ) but produce methane (CH 4 ). Both are important greenhouse gases (GHG). Drought and...
Amazonian swamp forests remove large amounts of carbon dioxide (CO2) but produce methane (CH4). Both are important greenhouse gases (GHG). Drought and...
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StartPage 62
SubjectTerms Biogeochemistry
Biomedical and Life Sciences
Carbon
Carbon dioxide
Cassava
Climate change
Coastal Sciences
Drawdown
Drought
Ecology
Ecosystems
Emissions
Environmental conditions
Environmental Management
ENVIRONMENTAL SCIENCES
Forests
Freshwater & Marine Ecology
greenhouse gas
Greenhouse gases
Hydrogeology
Land use
Landscape Ecology
laughing gas
Life Sciences
Methane
Nitrates
Nitrogen
Nitrous oxide
Oxygen content
Peat
peatland
Peatlands
Rain
Respiration
Slash and burn
Soil moisture
Soil surfaces
Swamps
tropical
tropics
Water table
Wetland Biogeochemistry
Wetlands
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Title Effects of Water Table Fluctuation on Greenhouse Gas Emissions from Wetland Soils in the Peruvian Amazon
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