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Identifying bias in cold season temperature reconstructions by beetle mutual climatic range methods in the Pliocene Canadian High Arctic

机译：通过甲虫相互气候测量方法识别寒冷季节温度重建的偏差，在加拿大高北极

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Tamara L. Fletcher; Adam Z. Csank; Ashley P. Ballantyne;
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1. Identifying bias in cold season temperature reconstructions by beetle mutual climatic range methods in the Pliocene Canadian High Arctic [J] . Fletcher Tamara L., Csank Adam Z., Ballantyne Ashley P. Palaeogeography, Palaeoclimatology, Palaeoecology: An International Journal for the Geo-Sciences . 2019,第期

机译：甲虫相互气候范围方法识别寒冷季节温度重建的偏差，在全烯加拿大高北极
2. Mutual climatic range reconstructions of seasonal temperatures based on Late Pleistocene fossil beetle assemblages in Eastern Beringia [J] . Elias SA. Quaternary Science Reviews: The International Multidisciplinary Review Journal . 2001,第1a3期

机译：基于白令东部东部晚更新世化石甲虫组合的季节温度相互气候范围重建
3. Arctic North American seasonal temperatures from the latest Miocene to the Early Pleistocene, based on mutual climatic range analysis of fossil beetle assemblages [J] . Scott A. Elias, John V. Matthews Jr. Canadian journal of earth sciences . 2002,第6期

机译：根据化石甲虫组合的相互气候范围分析，从最新中新世到早更新世的北极北美季节性温度
4. The influence of snow cover and cold-season temperatures on growing-season processesEcosystem respiration, nutrients, plant growth and phenology in the high Arctic [O] . Semenchuk Philipp 2013

机译：积雪和冷季温度对生长季节过程的影响北极高地的生态系统呼吸，养分，植物生长和物候

Identifying bias in cold season temperature reconstructions by beetle mutual climatic range methods in the Pliocene Canadian High Arctic

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