Not exact matches
Overall it was found that regional
variability in carbon system parameters is relatively small; of variation in inshore reefs, the
largest contributor was
seasonal variation.
We present a
large - scale Southern Ocean observational analysis that examines the
seasonal magnitude and
variability CO32 − and pH. Our analysis shows an intense wintertime minimum in CO32 − south of the Antarctic Polar Front and when combined with anthropogenic CO2 uptake is likely to induce aragonite undersaturation when atmospheric CO2 levels reach ≈ 450 ppm.»
CO2 has
seasonal and diurnal
variability (natural) on top of its
large amplitude shift, making it like a vibrating wildly swinging persistent growing stick in the hornet's nest, the biggest and suddenest stick we know of, and with an ugly shape unlike anything hornets have ever known before.
Moreover, we suggest that accounting for any spatial or
seasonal biases in the stack would tend to reduce its
variability because of the cancellation of noise in a
large - scale mean and the opposing nature of
seasonal insolation forcing over the Holocene, causing the Holocene temperature distribution to contract.
Relative to natural internal
variability, near - term increases in
seasonal mean and annual mean temperatures are expected to be
larger in the tropics and subtropics than in mid-latitudes (high confidence).
Despite this successful application of an emergent constraint, the generation of models that followed (CMIP5) continued to exhibit a
large spread in
seasonal variability of snow - albedo changes (Qu and Hall 2014).
The first part of this thesis compares the
seasonal cycle and interannual
variability of Advanced Very High Resolution Radiometer (AVHRR) and Total Ozone Mapping Spectrometer (TOMS) satellite retrievals over the Northern Hemisphere subtropical Atlantic Ocean, where soil dust aerosols make the
largest contribution to the aerosol load, and are assumed to dominate the
variability of each data set.
Overall, we find that the CTL simulation in the low resolution CESM captures the
larger - scale patterns of
seasonal rainfall and its
variability associated with ENSO reasonably well.