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Nevada Copper Corp NEVDQ

Nevada Copper Corp is a Canada-based mining company. The Company is engaged in the development, operation, and exploration of its copper project (the Project) at its Pumpkin Hollow Property (the Property) in Western Nevada, United States of America. Its two fully permitted projects include the high-grade Underground Mine and processing facility, which is undergoing a restart of operations, and a large-scale open pit PFS stage project. The Property is located in northwestern Nevada and consists of approximately 24,300 acres of contiguous mineral rights including approximately 10,800 acres of owned private land and leased patented claims. Pumpkin Hollow is located approximately 8 miles southeast of the small town of Yerington, Nevada in Lyon County, one- and one-half hours drive southeast of Reno. The Company’s wholly owned subsidiary is Nevada Copper, Inc.


GREY:NEVDQ - Post by User

Post by bogfiton Oct 04, 2021 1:54pm
157 Views
Post# 33961535

Could climate change alter El Nino pattern?

Could climate change alter El Nino pattern?

"Earth is reflecting less light as its climate continues to change, new research suggests.
 
A beautiful phenomenon connects climate and brightness: clouds. Clouds are a notoriously complicated piece of the climate puzzle — scientists struggle to model how clouds will respond to climate change and how those responses in turn will shape the future climate. But the scientists behind the new study think that the reflectivity finding hinges on the dynamics of clouds over the Pacific Ocean.
 
In particular, the CERES data noted a loss of bright low-altitude clouds over the eastern Pacific Ocean, off the west coast of the Americas, where scientists are also registering stark temperature increases at the ocean surface."

Climate change is making Earth dimmer | Live Science
 
"Although the exact initiating causes of an ENSO warm or cool event are not fully understood, the two components of ENSO – sea surface temperature and atmospheric pressure are strongly related.  During an El Nio event, the easterly trade winds converging across the equatorial Pacific weaken.  This in turn slows the ocean current that draws surface water away from the western coast of South America and reduces the upwelling of cold, nutrient–rich water from the deeper ocean, flattening out the thermocline and allowing warm surface water to build in the eastern part of the basin."
 
El Nino/Southern Oscillation (ENSO) Technical Discussion | Teleconnections | National Centers for Environmental Information (NCEI) (noaa.gov)
 
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