Recently the Boston Restaurant Authority has indicated a desire to reduce their minimum soda requirements in new restaurants.
These requirements have been in place since the founding of the BRA in the 1950s, in order to assure that every patron has access to at least one free soda with every meal. In some cases, the BRA had been requiring two sodas per customer.
This measure had been intended to reduce demand for the depleting supplies of on-street soda machines.
Over the years, minimum soda requirements have been blamed for causing over-consumption of sugary drinks. The obesity epidemic, some say, is directly related to the excessive number of soda drinks being forced upon restaurant patrons, whether they order it or not.
"We don't need to push a soda with every meal," Peter Mead, head of the Boston Restaurant Authority, said in a recent interview. He cited US census data showing that one in three Boston residents is between 20 and 35, and most drink water, juice, or beer primarily.
Critics of the new policy claim that elimination of minimum soda requirements will cause a terrible soda shortage, as restaurants may choose to devote resources to other products, such as food. They say this will put a strain on already-short supplies in on-street soda machines.
A local woman complained, "If the BRA gets their way then families will leave Boston and move to the suburbs where they can get soda for free."
Another explained, "While I appreciate the idea of promoting public health, the city's public water transporter, MWRA, is not good enough to replace soda for everyday needs."
It is a huge gas giant orbiting very close to its host star. The planet's atmosphere is scorching with a temperature of over 1000 degrees Celsius, and it rains glass, sideways, in howling 7000 kilometre-per-hour winds. [...]
The map shows that day- and night-side temperatures differ by about 260 degrees Celsius, causing fierce winds to roar across the planet. The condensation temperature of the silicates (over 1300 degrees Celsius) mean these particles could form very small grains of glass in the atmosphere.