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He makes the mistake of looking at how the US military fights and thinking that is the only way to fight a warKeep reading.
"And, so, where do we still see chemical weapons used? In static-system vs. static-system warfare. Thus, in Syria – where the Syrian Civil War has been waged as a series of starve-or-surrender urban sieges, a hallmark of static vs. static fighting – you see significant use of chemical weapons, especially as a terror tactic against besieged civilians. The limited manpower and capabilities of regime forces have caused the war to deteriorate into a series of sieges, sometimes stretching out years (fighting in Aleppo lasted for four years, for instance; the final siege itself ran from February 2014 to its conclusion in December 2016). Anti-regime forces are often poorly equipped (often completely unable, for instance, to engage regime air-assets) and the civilian populace was completely unprotected against chemical munitions, making them far more vulnerable targets.
But a major factor here is actually weakness, in the Syrian regime forces. Assad simply didn’t have a lot of modern air-to-ground munitions; chemical munitions weren’t being compared for cost- and mission-effectiveness against such modern weapons, but against barrels loaded with explosives, nails and scrap – weapons which would have been primitive by the standards of the 1940s, much less now. And – let’s be honest here – his ground forces lack manpower, but also perform quite poorly. Remember: the question for the effectiveness of chemical weapons is value-over-replacement – while the vulnerability of anti-regime forces increased the value, we also must note that Assad’s heavily weakened, static system forces also substantially reduced the value of the replacement. In a fight between what are, in the last analysis, two weak forces, the calculation on the effectiveness of chemical weapons changes."