Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Atlantic Ocean adaptation

FIGURE 6.42 Fraction of HO, from each radical source as a function of altitude over the tropical Atlantic Ocean (adapted from Lee et al., 1998). [Pg.247]

FIGURE 9.43 Concentrations of n-alkanes as a function of carbon number from (a) a particle sample collected in Jos, Nigeria (the dashed line represents the estimated concentrations from fossil fuel sources), (b) vegetation wax in the Jos area, and (c) particles collected over the Atlantic Ocean (adapted from Sinioneit et al., 1988). [Pg.393]

Fig. 7.27 Comparison between the observed mixing ratio of lO and the estimated values from the observed concentrations of CH2I2, CH2BrI and CH3I over Atlantic Ocean (Adapted from McFiggans et al. 2(X)0)... Fig. 7.27 Comparison between the observed mixing ratio of lO and the estimated values from the observed concentrations of CH2I2, CH2BrI and CH3I over Atlantic Ocean (Adapted from McFiggans et al. 2(X)0)...
The sea snake is a marine-adapted serpent belonging to the family of Hydrophi-idae. There are many varieties of sea snakes with different colors, shapes, and sizes. They are well adapted for the marine environment and have a flat tail and a salt gland. Sea snakes are widely distributed in tropical and subtropical waters along the coasts of the Indian and Pacific Oceans. They are not found in the Atlantic Ocean. [Pg.336]

Fig. 4-6. Distribution with latitude of formaldehyde over the Atlantic Ocean vertical bars indicate two-sigma variances. [Adapted from Lowe and Schmidt (1983).] The dashed curve shows the results of two-dimensional model calculations (Derwent, 1982). Fig. 4-6. Distribution with latitude of formaldehyde over the Atlantic Ocean vertical bars indicate two-sigma variances. [Adapted from Lowe and Schmidt (1983).] The dashed curve shows the results of two-dimensional model calculations (Derwent, 1982).
Fig. 4-7. Latitudinal distribution of carbon monoxide over the Atlantic Ocean. Open circles in the upper troposphere, from aircraft measurements. Filled circles at sea level, from measurements onboard of ships. Solid curve air mass-weighted average CO mixing ratio. [Adapted from Seiler and Schmidt (1974a).]... Fig. 4-7. Latitudinal distribution of carbon monoxide over the Atlantic Ocean. Open circles in the upper troposphere, from aircraft measurements. Filled circles at sea level, from measurements onboard of ships. Solid curve air mass-weighted average CO mixing ratio. [Adapted from Seiler and Schmidt (1974a).]...
Fig. 9-10. Distribution with latitude of NO, in the background surface air over the Atlantic Ocean. Derived from measurements on board of ships for clean air mass conditions. Data for Loop Head at the Irish west coast are included for comparison. , Meteor—Spitzbergen A, Loop Head , Meteor—Dakar +, Meteor—Antarctic. [Adapted from Broil et al. (1984).]... Fig. 9-10. Distribution with latitude of NO, in the background surface air over the Atlantic Ocean. Derived from measurements on board of ships for clean air mass conditions. Data for Loop Head at the Irish west coast are included for comparison. , Meteor—Spitzbergen A, Loop Head , Meteor—Dakar +, Meteor—Antarctic. [Adapted from Broil et al. (1984).]...
Figure 13.12 Modeled nitrogen deposition (sum of NOy and NHx mg N m year h to the North Atlantic in the year 1990. These are net rates as they are corrected for the emissions of NH3 from the oceans. Data adapted from Dentener e( al. (2006). Figure 13.12 Modeled nitrogen deposition (sum of NOy and NHx mg N m year h to the North Atlantic in the year 1990. These are net rates as they are corrected for the emissions of NH3 from the oceans. Data adapted from Dentener e( al. (2006).

See other pages where Atlantic Ocean adaptation is mentioned: [Pg.134]    [Pg.1085]    [Pg.340]    [Pg.443]    [Pg.351]    [Pg.50]    [Pg.63]    [Pg.583]    [Pg.3128]    [Pg.920]    [Pg.307]    [Pg.501]    [Pg.202]   
See also in sourсe #XX -- [ Pg.3 ]




SEARCH



Atlantic

Atlantic Ocean

© 2024 chempedia.info