Oh also, in that cited paper, they are trying to make a connection between trophic mismatch and climate. Why did they not measure the temperature or precipitation or whatever that could be a proxy for climate? These seem like cheap and sensible things to measure. Oh wait, they did do that but couldn't even come close to finding a relationship:
To determine what abiotic conditions contribute to or
ameliorate trophic mismatch between caribou calving and
plant phenology, we used our nonlinear regression estimates
of the onset and progression of the season of plant growth.We
tested for relations between monthly mean temperatures and
monthly total precipitation, as well as average spring
temperature (the mean of temperature for the period March–
May) and total spring precipitation (the total of precipitation
for the period March–May). Weather data were obtained
from the station maintained in Kangerlussuaq by the Danish
Meteorological Institute. Although we recognize that
temperature and precipitation probably interact to influence
plant phenology and thereby trophic mismatch, the low
number of years of data we have did not lend themselves to
multiple regression analyses. Therefore, we report our results
as simple linear correlations.
Throughout the paper their relationships have p values of like .12, .07, or near .05. Using real statistics (
bayes factors) and a prior of 50/50 chance there is a relationship here, this corresponds to a minimum probability there is no relationship of somewhere between 10% and 20%. Which is interesting, but even then says nothing about any relationship to the climate and defiantly does not belong in a news article meant for public consumption like the one you posted.