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Summary of the varied life-history traits causing largest change in the three measured species’ range expansion measures, i.e. the projected number of butterfly individuals, number of occupied 200×200 m grid cells and mean maximal latitudinal range shift, shown for the two species and two land cove

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NIAID Data Ecosystem2026-03-09 收录
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https://figshare.com/articles/dataset/_Summary_of_the_varied_life_history_traits_causing_largest_change_in_the_three_measured_species_8217_range_expansion_measures_i_e_the_projected_number_of_butterfly_individuals_number_of_occupied_200_215_200_m_grid_cells_and_mean_maximal_latitudinal_range_/1186160
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The mean value (+/− standard deviation) from the 100 replicate runs is given for each measure in parenthesis. Species parameterisation abbreviations: Maniola jurtina and Issoria lathonia: DL1 = 1500 m, DL2 = 5000 m (alternative values for mean distance of long-distance dispersal events); K1 = 200, K2 = 300 (alternative values for carrying capacity); Issoria lathonia, GR1 = 1.5 (lower alternative value for population growth rate). Summary of the varied life-history traits causing largest change in the three measured species’ range expansion measures, i.e. the projected number of butterfly individuals, number of occupied 200×200 m grid cells and mean maximal latitudinal range shift, shown for the two species and two land cover types separately.
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2014-09-29
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