Geological Maps by Tom Lagasse

Geological maps
Mountains of information
Of the interior

by Tom Lagasse

Geologic maps are actually four-dimensional data systems, and it is the fourth dimension of time that is crucial to assessing natural hazards and environmental or socio-economic risk. To read a geologic map is to understand not only where materials and structures are located, but also how and when these features formed.

Further reading:

‘What are geologic maps and what are they used for?’, New Mexico Bureau of Geology & Mineral Resources, available: https://geoinfo.nmt.edu/publications/maps/geologic/whatis.html

‘The National Geologic Map Database’, U.S. Geological Survey, available: https://ngmdb.usgs.gov/ngmdb/ngmdb_home.html

Author bio:

Tom’s poetry has appeared in The Silver Birch Poetry Series, Freshwater Literary Journal, The Eunoia Review, and in numerous anthologies. He will be one of the Writers in Residence at the Edwin Way Teale House at Trail Wood this summer. He lives in Bristol, Connecticut, USA. You can follow him on X/Twitter at @tomlagasse

See more sciku by Tom: Microplastics.

Supine Risks

Supine position,
dreaming towards tragedy.
The risk of stillbirth.

New research has found that the risks of stillbirth are higher when the mother falls asleep lying on her back. Cronin et al (2019) analysed sleeping position and resulting birth success. Whilst no difference was found between going-to-sleep on the left or right side, the researchers found evidence that the supine going-to-sleep position is a contributing factor for late stillbirth. In fact, they suggest that if every pregnant woman of 28 weeks gestation and beyond settled to sleep on her side the number of late stillbirths could be reduced by 5.8%.

Original research: http://dx.doi.org/10.1016/j.eclinm.2019.03.014

Consequences

Curb carbon outputs

or face the consequences:

Falling stock prices.

 

We often hear about the environmental benefits of companies reducing their carbon outputs. Generally, however, little happens in business without consideration of the subsequent monetary impacts, and many companies have been slow to change their ways for little apparent financial incentive.

New research by Fang et al (2018) explores the impacts of companies not acting within the emission-intensive sector in North America. The researchers examined the risk factors of climate change on investment portfolios, both directly (e.g. physical risk to properties) and indirectly (e.g. as a result of stricter environmental regulations). They found that companies that don’t take steps to reduce their carbon output could be affected by stock price depreciation and asset devaluation within a decade. Such findings will hopefully prompt more action on curbing carbon emissions.

Original research: http://dx.doi.org/10.1080/20430795.2018.1522583