The Big Idea

Travis P. here. I'm continuing re-posting this old series with the intent of eventually finishing the entire thing. This week's post is based on my previous  post on how much food a combatant needs .  This week runs through the numbers as a practical exercise, giving you an example of how, if you ever chose to do so, to calculate what an army needs. My fellow Travis is lead the way for this post: Travis C here. As you saw last post, this topic is huge, and rather than try and combine informational content with illustration, we’re going to split things up for a bit.  Travis P introduced us to food supplies over the ages.  He covered a spectrum of periods and practices from ancient days till modern times and speculated upon futuristic scenarios in sciences fiction and fantasy environments. This week, I want to build an example calculation using data that he provided along with some other resources.  I’ll keep the story going as we discuss varying forms of supply and support, capi

Travis P here. Since Travis C did an excellent job giving an overview of the costs of war essential to providing for a military, I think it’s time to give the math-lovers out there some hard data that can actually be used in formulas to make generate specific data on what an army might need, starting with the most basic possible cost of war–the cost of putting food in the bellies of war fighters. Which starts with a look at how much food per day a war fighter needs. You as a writer may never need these resources, but if you ever do, we’ve compiled some data to indicate just how much food it takes to keep an army fighting in the field. ( Note this post wound up being longer than normal, but I’ve used bold text to highlight key ideas   for those who will skim   this article rather than read every word.) The place to start with this kind of analysis is based on historical data , what real world armies have already done and then to expand from there to discussion of imaginary armies compos