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Re: Стратегия-2018 - смесь шарлатанства и конъюнктурного сговора. Часть 6 (Всего: 0)
от на 18/11/2019 | Не так чтобы давно 97% научный консенсус был уверен в геоцентрической теории.
Как ни печально, мир развивается благодаря евронауке и не слушает кваканье российских непризнанных гениев...
Дайте пожалуйста ссылку
на обзор в уважаемом журнале в котором есть "множество данных" об
катастрофическом изменении климата за счет деятельности человека.
Очевидно, что любая статья про климат с вероятностью 0,97 признает антропогенные факторы.
Global risk of deadly heathttps://www.nature.com/articles/nclimate3322
Future global mortality from changes in air pollution attributable to climate changehttps://www.nature.com/articles/nclimate3354
Recent pace of change in human impact on the world’s oceanhttps://www.nature.com/articles/s41598-019-47201-9
Десятки журналов с сотнями соответствующих статей:
http://archive.sciencewatch.com/ana/st/climate/journals/
как быть с колебанием уровня Каспия
Деменций, ты с Каспием, как поляков с черной дырой, как курица с яйцом.
Long‐term Caspian Sea level changeWe show that increased evaporation rates over the Caspian Sea play a
dominant role in reversing the increasing trend in CSL during the past
37 years. The current long‐term decline in CSL is expected to continue
into the foreseeable future, under global warming scenarios.https://agupubs.onlinelibrary.wiley.com/doi/full/10.1002/2017GL073958
The researchers looked at the three primary influences on Caspian Sea
water levels: water from rivers that drain into the sea, precipitation
and evaporation.
They compiled information about water level changes observed by
satellites, records of precipitation and drainage into the sea from
rivers, and estimations of precipitation and evaporation from climate
models. The researchers then assembled a record of how much each of
these factors contributed to observed changes in the Caspian Sea level
from 1979 to 2015.
They found Caspian Sea levels increased by about 12 centimeters (5
inches) per year from 1979-1995. But in 1996, sea levels began to drop,
and declined by an average of nearly 7 centimeters (3 inches) per year
through 2015. From 1996-2015, the Caspian Sea level dropped nearly 1.4
meters (4.5 feet), according to sea level records used in the study.
Evaporation contributed to about half of that decline, while the
combined effects of precipitation and river discharge changes
contributed to the other half. According to the study, the observed
evaporation rates are associated with increased surface air temperature
and other climate factors such as surface humidity and wind.
The new study provides the first convincing evidence that increased
evaporation over the Caspian Sea is a more important driving force of
Caspian sea level change than river discharge or precipitation, said
Anny Cazenave, a CNES space geodesist at the Laboratoire d'Etudes en
Géophysique et Océanographie Spatiales (LEGOS) at Observatoire
Midi-Pyrénées in Toulouse, France, who was not involved in the new
study.
"An interesting finding from the study is that over the last two
decades, climate-model predicted water loss ... apparently cannot be
balanced by water gain from discharge, and increased evaporation is a
major factor leading to this imbalance," Cazenave said. "If the
temperature in the Caspian Sea region continues to increase, the
evaporation rate is also expected to increase. Unless river discharge
increases accordingly or precipitation in the Caspian drainage basin
increases accordingly, the imbalance is likely to continue."
The team says that under current climate models, the evaporation could
even see the northern waters of the Caspian vanish within 75 years.
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