A Companion to American Agricultural History. Группа авторов
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Название: A Companion to American Agricultural History
Автор: Группа авторов
Издательство: John Wiley & Sons Limited
Жанр: Историческая литература
isbn: 9781119632245
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Ethnobotanists and historians who collaborate with or are themselves Indigenous experts provide rich accounts of copious quantities of camas (Camassia leichtlinii and C. quamash), balsamroot (Balsamorhiza sagittata), avalanche lily (Erythronium grandiflorum), and spring beauty (Claytonia lanceolata) harvested from intensively tended plots where soil conditions were improved and where storage organs were harvested only when they had reached their optimal stage in the maturation cycle. In many cases, axillary storage organs or other plant parts capable of regeneration were reburied after digging sticks were used to till the soil during harvest (Turner, Ignace, and Ignace 2000). Surveys and excavations of archaeological sites in British Columbia’s Interior Plateau document numerous earth oven pit features dating back to 1000 BCE. Earth ovens were used until historic times to bake starchy organs of camas and other root vegetables in order to convert inulin to digestible simple carbohydrates (Peacock and Turner 2000 ; Peacock 2008). After the introduction of cattle, bans on burning, and numerous other restrictions imposed on Canada’s First Peoples by colonial governments, it became impossible to find dense stands of camas with large bulbs, or other staple root foods whose productivity depended upon human management.
Archaeologists recently reported a concentration of charred camas bulbs found in the basal charcoal layer of an earth oven in the upper Fraser Valley of southwestern British Columbia (Lyons and Ritchie 2017). Although the site (DhRl78) is 150 miles outside the natural range of camas, it is within historical trading territory. The site was occupied for 2000 years up to the historic period, with four earth ovens clustered near several large plank houses and associated pithouses. Fragments of camas bulbs were found in three earth ovens, with one that yielded 415 whole or fragmentary camas bulbs and 1120 scales, dating to 400–500 CE. Lyons and Ritchie (2017) discuss alternate scenarios for the source of camas at this site: (i) acquisition by trade; and (ii) cultivation of transported stock in local gardens, evidence for which is not yet documented.
Coastal gardens built in estuarine zones for production of Pacific silverweed (Argentina anserina, formerly Potentilla anserina ssp. pacifica), springbank clover (Trifolium wormskjoldii), and other rhizomatous plants were elaborate and spatially extensive (Deur 2002a, 2005). Specialized digging tools were fashioned of yew wood, and houses for storage and processing were built nearby. Gardens were often bordered by rock walls and subdivided into family owned plots with interior boundaries clearly marked (Figure 1.5). Rock-free soils were created and fertilized with nutrient-rich marine and terrestrial detritus, and soils were aerated with digging sticks in work events distinct from actual planting and harvesting. Mounds were sometimes built to raise sections of the beds to optimal tidal level. These engineered gardens expanded the range and productive capacity of prized foods into the defensible territories of sedentary and competitive polities. Ethnographic sources document large amounts of rhizomes stored, traded, and consumed at feasts along the Northwest Coast, far beyond the potential of plants growing unaided in their narrow intertidal growth range. Deur (2002a) emphasizes that “Northwest Coast peoples harnessed the tremendous biotic output of one of the most productive terrestrial ecosystems, the midlatitudinal estuarine salt marsh, in a way that has few parallels elsewhere in the world.”
Figure 1.5 Map made by Douglas Deur of nineteenth-century Northwest Coast tidal flat gardens on northern Vancouver Island, based on map published by Franz Boas in 1934, after field reconnaissance by Deur (2005). Lines depict rock walls that surrounded individually owned plots where Pacific silverweed and springbank clover were cultivated. Note locations of digging houses in upper left. With the permission of Douglas Deur.
The remarkable discovery in 2007 of a submerged wapato (Sagittaria latifolia) garden dating to 3800 bp in British Columbia’s Fraser River valley constitutes “the first direct evidence of an engineered feature designed to facilitate wild plant food production among mid-to-late Holocene complex fisher-hunter-gatherers of the Northwest Coast” (Hoffman et al. 2016). This extensive rock-lined feature underlying a layer of well-preserved wapato tubers and wooden digging stick ends was uncovered during archaeological mitigation prior to bridge construction at site DhRp52. Recognition of similar examples of garden niche construction can be expected in the future, now that old classification systems relegating all West Coast peoples to the status of “foragers” have been dismantled.
Conclusions
Efforts to understand the causes and consequences of agricultural transitions benefit from detailed knowledge of individual regional histories, and North America offers at least two well-studied examples. In the Southwest, the earliest food producers were forager-farmers who first adopted maize and eventually incorporated numerous additional crops. Hohokam farmers and their neighbors in southern and central Arizona domesticated local agaves, which they cultivated in extensive rockpile fields, and they built and maintained some of the largest irrigation networks in the New World. They and Ancestral Pueblo farmers on the Colorado Plateau and Rio Grande valley employed many smaller-scale types of water, temperature, and soil management strategies to support substantial populations in areas where modern mainstream agriculture is marginally successful at best.
Recognition of eastern North America as an independent center of plant domestication increases the number of regions in the world where these transitions occurred. Only a few pre-maize, Eastern Agricultural Complex crops survived until European contact, but the lost crops are of increasing interest to scholars, chefs, and other Americans seeking alternatives to industrial agricultural regimes. Redomestication of the eastern chenopod, in particular, holds promise as a possible local alternative to its Andean cousin, quinoa.
Native American women and men combined food from fields and gardens with plants and animals harvested and hunted in the forests, grasslands, and/or arid hinterlands surrounding their settlements. The “uncultivated” zones were often managed to increase the productivity of game animals, nuts, fruits, and resources needed for baskets, textiles, and medicines. Pacific Northwest peoples engineered elaborate tidal gardens for plants bearing starchy underground organs, and they maintained meadow-like zones where camas, balsamroot, and other root foods were harvested in volumes far outstripping anything attainable in unmodified areas.
Perceived superiority of grains domesticated in Southwest Asia and the supposed higher productivity of plow technology set a false standard against which Native American agriculture was, and still is, judged. As Doolittle (2000) and Mt. Pleasant (2015) have shown, prejudiced eyes and pens of land-hungry European Americans were blind and silent to the degree of permanence, effectiveness, efficiency, and sustainability of food production systems practiced by Native peoples whose territories the newcomers coveted. Fortunately, members of First Nations communities in Canada and their Indigenous counterparts in the United States still actively learn, teach, and implement what Lyons and Ritchie (2017) describe as “ancient practices of land tenure, resource management and ownership, healing and identity, inter-regional alliances, gender roles, ceremonial foods, and traditional cooking techniques.”
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