However, the labor and land tenurial demands of intensive wet rice production, and the nature of the early Holocene environments of coastal China and Southeast Asia render this mode of production rather unlikely in a pioneer colonization situation, however much it might have spread among established and demographically increasing rice-growing populations in later periods.
If wet rice production was involved in farming expansions out of central China, it was surely at a very basic level without major investment in wet field infrastructure.
The influence of acidic and alkaline solutions concentration, temperature and pH of the gel were investigated in wet gel production using Taguchi design of experiments.
However, many reserve allocations, including those present in Tasmanian wet eucalypt production forests, are biased towards streamside reservations with less representation of upslope non-riparian habitat.
But its failure to travel with Malayo-Polynesian-speaking populations into other uninhabited regions of Oceania still remains surprising, given the suitability of many Oceanic islands for wet taro production.
Island Southeast has only small riverine basins, and many regions outside Java and Bali had very poor potential for wet rice production owing to unfavorable equatorial climates, soils, and terrain (Pelzer 1948; Geertz 1963; Spencer 1966).
Results showed that the median fecal wet mass production was 128 g/cap/day, with a median dry mass of 29 g/cap/day.
Importantly, increased wet mass production rates above the average (128 g/cap/day) are commonly associated with increased levels of indigestible fiber in the feces.
Converted into wet weight production, this means that, after one month, the progeny of a single C. elegans individual (wet weight roughly 1 μg) could potentially have a wet weight of 107 metric tons.
