The degradation rate constant of CH3Br in the North Pacific Ocean was measured in surface seawater between September and October 1999, using a stable isotope (13CH3Br) incubation technique. Total degradation rate constants ranged from 0.02 to 0.43 d−1, decreasing in colder waters as a result of the temperature-dependence of chemical losses. Biological rate constants ranged from 0.01 to 0.20 d−1. In subtropical waters (13-20°N), biological loss rate constants were small compared to chemical loss rate constants. North of Hawaii, biological processes played an increasingly significant role in CH3Br degradation. In subpolar waters (40-58°N), biological losses dominated the removal of methyl bromide. Comparison of the measured loss rate constant...
The global ocean/atmosphere flux of methyl bromide has been estimated from shipboard measurements of...
The oceans play an important role in the geochemical cycle of methyl bromide (CH_3Br), the major car...
The oceans are important in the geochemical cycle of methyl bromide, as both a source of natural met...
The degradation rate constant of CH3Br in the North Pacific Ocean was measured in surface seawater b...
The degration rate constant of CH 3Br in the North Pacific Ocean was measured in surface seawater be...
The first-order loss rate constant of methyl bromide was measured in surface seawater samples from t...
The first-order loss rate constant of methyl bromide was measured in surface seawater samples from t...
This study presents shipboard measurements of the loss rate constants of methyl bromide and methyl c...
A stable isotope tracer technique was used to investigate the loss rate of methyl bromide in surface...
The biogeochemical cycling of methyl bromide in the oceans is investigated through the determination...
Surface waters along a cruise track in the East Pacific Ocean were undersaturated in methyl bromide ...
Abstract. The oceans play an important role in the geochemical cycle of methyl bromide (CH3Br), the ...
Methyl chloride (CH3Cl) is the most abundant halocarbon in the atmosphere, and constitutes a signifi...
We conducted a detailed investigation of the evolution of methyl bromide concentrations, degradation...
Air and water concentrations of methyl bromide (CH3Br) and methyl chloride (CH3Cl) were measured in...
The global ocean/atmosphere flux of methyl bromide has been estimated from shipboard measurements of...
The oceans play an important role in the geochemical cycle of methyl bromide (CH_3Br), the major car...
The oceans are important in the geochemical cycle of methyl bromide, as both a source of natural met...
The degradation rate constant of CH3Br in the North Pacific Ocean was measured in surface seawater b...
The degration rate constant of CH 3Br in the North Pacific Ocean was measured in surface seawater be...
The first-order loss rate constant of methyl bromide was measured in surface seawater samples from t...
The first-order loss rate constant of methyl bromide was measured in surface seawater samples from t...
This study presents shipboard measurements of the loss rate constants of methyl bromide and methyl c...
A stable isotope tracer technique was used to investigate the loss rate of methyl bromide in surface...
The biogeochemical cycling of methyl bromide in the oceans is investigated through the determination...
Surface waters along a cruise track in the East Pacific Ocean were undersaturated in methyl bromide ...
Abstract. The oceans play an important role in the geochemical cycle of methyl bromide (CH3Br), the ...
Methyl chloride (CH3Cl) is the most abundant halocarbon in the atmosphere, and constitutes a signifi...
We conducted a detailed investigation of the evolution of methyl bromide concentrations, degradation...
Air and water concentrations of methyl bromide (CH3Br) and methyl chloride (CH3Cl) were measured in...
The global ocean/atmosphere flux of methyl bromide has been estimated from shipboard measurements of...
The oceans play an important role in the geochemical cycle of methyl bromide (CH_3Br), the major car...
The oceans are important in the geochemical cycle of methyl bromide, as both a source of natural met...