Nature’s Calendar records provide scientists with crucial evidence about the effects of climate change on wildlife.
Changes to the timings of natural events can threaten our wildlife, leading to mismatches in food webs and throwing nature out of step in the future. Find out how researchers are using Nature's Calendar data.
If you'd like to use Nature's Calendar data for research, please get in touch. All our available historic data can now be found on individual species event pages.
Ongoing research projects using the Nature's Calendar data
Find out about ongoing projects that are currently using Nature's Calendar data.Read more
Tritrophic phenological match-mismatch in space and timeBurgess et al. 2018, 21/06/2018
Scientists have been studying the effect of earlier springs on feeding relationships in deciduous forests. Concerned about the impact of rising temperatures linked to climate change, they studied the links between oak first leaf, caterpillar activity and bird nesting. The findings have been published in the respected scientific journal, Nature Ecology and Evolution, entitled Tritrophic phenological match-mismatch in space and time.Read more
Estimating the ability of plants to plastically track temperature-mediated shifts in the spring phenological optimumTansey et al. 2017
Scientists at the University of Edinburgh used more than 200,000 Nature’s Calendar records to explore whether plants will continue to leaf or flower at the best time for growth (also known as the optimum phenology), as temperatures rise in the future.Read more
Can bird abundance declines be detected by citizen science programmes? A case study using Common Cuckoo Cuculus canorusSparks et al. 2017
Using data from Nature's Calendar and another citizen science project, BirdTrack, investigated whether or not declines in a particular species could be detected.Read more
Phenological sensitivity to climate across taxa and trophic levelsThackeray et al. 2016
For climate changes predicted for the 2050s, the changes in seasonal timing of phenological events are likely to be greatest for primary consumers. This threatens the synchronisation of interactions between trophic levels.Read more
Light pollution is associated with earlier tree budburst across the United KingdomFfrench-Constant et al. 2016
Scientists at the University of Exeter used Nature’s Calendar records to examine the relationship between artificial night-time light and the date of budburst in sycamore, beech, oak and ashRead more