Animals in Latin American History

2015

Review of Martha Few and Zeb Tortorici eds. Centering Animals in Latin American History. Durham, NC: Duke University Press, 2013.

The Latin Americanist, 2014

This forum argues that environmental historians ought to pay more attention to animal extinction-the disappearance of a lineage of life-than they have to date. Examining the pre-and post-extinction contexts of charismatic terrestrial vertebrates in the Americas certainly underscores the power humans have had over other animals and their habitats. Yet, the contingencies and unexpected results of conservation efforts merit no less attention. Indeed, by uncovering important nuances in the extension of human power, they provide insights into the conditions critical to avoid extinction. As environmental history has long shown, abstracting the human from the nonhuman world distorts the history of both. Thus, leaving extinction to other disciplines misrepresents what historians can offer and how societies can address ongoing crises of extinction. In this forum, historians partner with scientists in collaboratively composed essays, negotiated across stylistic conventions and subject orientations, to highlight the latent promise of such partnerships. In doing so, they engage spatial and temporal scales that clearly illustrate the significance of deep history and historicize extinction by calling attention to the power, production, and scales of species decline.

The Holocene, 2020

Diverse hypotheses have been proposed with the aim to explain the extinction of Late Pleistocene/Holocene mammals, including the Megafauna from America. Some authors support that human being was the direct responsible of extinction by means of intensive hunting, as proposed by the “blitzkrieg” or overkilling hypothesis. However, evidence is not conclusive. As is well known by biologists, exotic diseases may play an important role in local extinction of diverse vertebrates. On this basis, some speculated that the arrival of man may also have introduced new diseases that may have played an important role on native mammals, especially megafaunal populations, probably constituting a key factor on their extinction. Recent findings of the parasite Fasciola hepatica in endemic deer from Holocene sites in Patagonia (and also probably from camelids in Peru) previous to Hispanic colonization constitute indirect evidence that may sustain this hypothesis. Because one of the main definite host o...

Journal of Mammalian Evolution, 2011

Humanimalia, 2022

This ‘Rumination’ updates my original ‘Rumination’ on animal history from 2006 and looks back over the past fifteen years at the ways that the field of animal history has developed. It turns, in the conclusion, to think about the impact that discussions about the Anthropocene have had on historiographical discussions.

Topics in geobiology, 2019

The use of general descriptive names, registered names, trademarks, service marks, etc. in this publication does not imply, even in the absence of a specific statement, that such names are exempt from the relevant protective laws and regulations and therefore free for general use.

Journal of World Prehistory, 2001

Recent archaeological research has fundamentally altered our understanding of the scope of past human impacts on nondomesticated animal populations. Predictions derived from foraging theory concerning the abundance histories of high-return human prey and diet breadth have been met in many parts of the world. People are known to have introduced a broad variety of nondomesticated animals, from sponges to agoutis and rats, to a remarkably broad set of contexts, in turn causing a wide variety of secondary impacts. By increasing the incidence of fire, human colonists have in some cases transformed the nature of the vegetation on the colonized landscape, in turn dramatically affecting animal populations on those landscapes. In island settings, these triple threats-predation, biotic introductions, and vegetation alteration-routinely led to extinctions but there is no archaeological evidence that small-scale societies caused extinction by predation alone on islands or continents. Indeed, the recent history of this famous argument suggests that it is better seen as a statement of faith about the past rather than as an appeal to reason. Perhaps most importantly, our burgeoning knowledge of past human impacts on animals has important implications for the conservation biology of the future.

Revista del Museo Argentino de Ciencias Naturales, 2003

During the latest Pleistocene-earliest Holocene, South American terrestrial vertebrate faunas suffered one of the largest (and probably the youngest) extinction in the world for this lapse. Megamammals, most of the large mammals and a giant terrestrial tortoise became extinct in the continent, and several complete ecological guilds and their predators disappeared. This mammal extinction had been attributed mainly to overkill, climatic change or a combination of both. We agree with the idea that human overhunting was the main cause of the extinction in South America. However, according to our interpretation, the slaughtering of mammals was accomplished in a particular climatic, ecological and biogeographical frame. During most of the middle and late Pleistocene, dry and cold climate and open areas predominated in South America. Nearly all of those megamammals and large mammals that became extinct were adapted to this kind of environments. The periodic, though relatively short, interglacial increases in temperature and humidity may have provoked the dramatic shrinking of open areas and extreme reduction of the biomass (albeit not in diversity) of mammals adapted to open habitats. Many populations were surely close to a minimum level of population viability. During the longer glacial periods, mammals populations recovered. This alternation of low and high biomass of mammals from open and closed areas is what we refer to as the Zig-Zag. During the present interglacial, humans entered South America and broke the Zig-Zag when killed all the megamammals and almost all the large mammals during their less favourable periodic lapse.