Methyl iodide is a major carrier of gas phase iodine from the ocean into the atmosphere. In the atmosphere, CH3I is photodissociated by near-UV light, and participate in ozone destruction and aerosol formation in troposphere. In the ocean, the production sources and sinks, inlcuding sea-air flux, of methyl iodide must be investigated to understand the CH3I global cycle
We report weekly observations of volatile organic iodocarbons (CH3I, CH2ClI and CH2I2) over the ti...
We have compiled and analyzed a comprehensive data set of field observations of iodine speciation in...
We simulate the oceanic and atmospheric distribution of methyl iodide (CH3I) with a global 3-D model...
Volatile iodocarbons, including CH3I, are major carriers of iodine from the ocean to the atmosphere....
In order to investigate production pathways of methyl iodide and controls on emissions from the surf...
Production pathways of the prominent volatile organic halogen compound methyl iodide (CH3I) are not ...
CH3I was measured in open ocean waters during two cruises to the tropical Atlantic Ocean and a late ...
In order to investigate production pathways of methyl iodide and controls on emissions from the surf...
We investigate the contribution of oceanic methyl iodide (CH3I) to the stratospheric iodine budget. ...
The marine iodine cycle has signifcant impacts on air quality and atmospheric chemistry. Specifcally...
The marine iodine cycle has significant impacts on air quality and atmospheric chemistry. Specifical...
International audienceAt Mace Head, Eire, in the coastal East Atlantic, diiodomethane has been ident...
The trace gases methyl bromide and methyl iodide are important vectors for the transport of halogens...
We present the first reported measurements of volatile iodocarbon production by biogenic marine aggr...
Iodine is a critical trace element involved in many diverse and important processes in the Earth sys...
We report weekly observations of volatile organic iodocarbons (CH3I, CH2ClI and CH2I2) over the ti...
We have compiled and analyzed a comprehensive data set of field observations of iodine speciation in...
We simulate the oceanic and atmospheric distribution of methyl iodide (CH3I) with a global 3-D model...
Volatile iodocarbons, including CH3I, are major carriers of iodine from the ocean to the atmosphere....
In order to investigate production pathways of methyl iodide and controls on emissions from the surf...
Production pathways of the prominent volatile organic halogen compound methyl iodide (CH3I) are not ...
CH3I was measured in open ocean waters during two cruises to the tropical Atlantic Ocean and a late ...
In order to investigate production pathways of methyl iodide and controls on emissions from the surf...
We investigate the contribution of oceanic methyl iodide (CH3I) to the stratospheric iodine budget. ...
The marine iodine cycle has signifcant impacts on air quality and atmospheric chemistry. Specifcally...
The marine iodine cycle has significant impacts on air quality and atmospheric chemistry. Specifical...
International audienceAt Mace Head, Eire, in the coastal East Atlantic, diiodomethane has been ident...
The trace gases methyl bromide and methyl iodide are important vectors for the transport of halogens...
We present the first reported measurements of volatile iodocarbon production by biogenic marine aggr...
Iodine is a critical trace element involved in many diverse and important processes in the Earth sys...
We report weekly observations of volatile organic iodocarbons (CH3I, CH2ClI and CH2I2) over the ti...
We have compiled and analyzed a comprehensive data set of field observations of iodine speciation in...
We simulate the oceanic and atmospheric distribution of methyl iodide (CH3I) with a global 3-D model...