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On July 17, 2020 at 4:47:41 PM +0100, Adekunle Ibiyemi:
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f | 1 | { | f | 1 | { |
2 | "author": "Ruth J. Mitchell", | 2 | "author": "Ruth J. Mitchell", | ||
3 | "author_email": "Ruth.Mitchell@hutton.ac.uk", | 3 | "author_email": "Ruth.Mitchell@hutton.ac.uk", | ||
4 | "creator_user_id": "2a62f867-6bd4-4552-9442-d2d078384aa6", | 4 | "creator_user_id": "2a62f867-6bd4-4552-9442-d2d078384aa6", | ||
5 | "id": "2de289eb-e919-47ed-9cfd-bdd3a62b10e8", | 5 | "id": "2de289eb-e919-47ed-9cfd-bdd3a62b10e8", | ||
6 | "license_id": "other-pd", | 6 | "license_id": "other-pd", | ||
7 | "maintainer": "", | 7 | "maintainer": "", | ||
8 | "maintainer_email": "", | 8 | "maintainer_email": "", | ||
9 | "metadata_created": "2020-07-17T09:54:42.395681", | 9 | "metadata_created": "2020-07-17T09:54:42.395681", | ||
t | 10 | "metadata_modified": "2020-07-17T10:08:47.130409", | t | 10 | "metadata_modified": "2020-07-17T14:47:41.035067", |
11 | "name": | 11 | "name": | ||
12 | iphytic-biodiversity-differences-between-nine-tree-species-in-the-uk", | 12 | iphytic-biodiversity-differences-between-nine-tree-species-in-the-uk", | ||
13 | "notes": "Globally there is increasing concern about the increase in | 13 | "notes": "Globally there is increasing concern about the increase in | ||
14 | tree pests and pathogens due to an increase in global trade and | 14 | tree pests and pathogens due to an increase in global trade and | ||
15 | climate change. If individual tree species are lost or decline due to | 15 | climate change. If individual tree species are lost or decline due to | ||
16 | pests and pathogens then other tree species are likely to replace | 16 | pests and pathogens then other tree species are likely to replace | ||
17 | them. Trees deliver many functions and services and if the species of | 17 | them. Trees deliver many functions and services and if the species of | ||
18 | tree changes it is important to know if and how the functions, | 18 | tree changes it is important to know if and how the functions, | ||
19 | services and biodiversity supported will change. Using six sites | 19 | services and biodiversity supported will change. Using six sites | ||
20 | across the UK, with multiple tree species at each site, we record the | 20 | across the UK, with multiple tree species at each site, we record the | ||
21 | functioning and biodiversity (bryophytes and lichens) of three tree | 21 | functioning and biodiversity (bryophytes and lichens) of three tree | ||
22 | species currently threatened by disease in the UK: the British oak | 22 | species currently threatened by disease in the UK: the British oak | ||
23 | species Quercus petraea sessile oak and Q. robur pedunculate oak and | 23 | species Quercus petraea sessile oak and Q. robur pedunculate oak and | ||
24 | Fraxinus excelsior common ash and six other tree species: Acer | 24 | Fraxinus excelsior common ash and six other tree species: Acer | ||
25 | pseudoplatanus sycamore, Castanea sativa sweet chestnut, Fagus | 25 | pseudoplatanus sycamore, Castanea sativa sweet chestnut, Fagus | ||
26 | sylvatica beech, Quercus cerris Turkey oak, Quercus rubra red oak and | 26 | sylvatica beech, Quercus cerris Turkey oak, Quercus rubra red oak and | ||
27 | Tilia x europaea common lime; which have previously been suggested as | 27 | Tilia x europaea common lime; which have previously been suggested as | ||
28 | ecological replacements for Q. petraea/robur and/or F. excelsior | 28 | ecological replacements for Q. petraea/robur and/or F. excelsior | ||
29 | (Mitchell et al. 2014, Mitchell et al 2019). The variables studied | 29 | (Mitchell et al. 2014, Mitchell et al 2019). The variables studied | ||
30 | included nitrogen mineralization and decomposition rate, total soil | 30 | included nitrogen mineralization and decomposition rate, total soil | ||
31 | carbon and nitrogen, loss on ignition, soil pH, soil temperature and | 31 | carbon and nitrogen, loss on ignition, soil pH, soil temperature and | ||
32 | the water holding capacity of the bark. We also recorded the presence | 32 | the water holding capacity of the bark. We also recorded the presence | ||
33 | of all lichen and bryophyte species and the bark characteristics of | 33 | of all lichen and bryophyte species and the bark characteristics of | ||
34 | the tree: bark pH, ridge and furrow width, furrow depth, hardness and | 34 | the tree: bark pH, ridge and furrow width, furrow depth, hardness and | ||
35 | the bark patterning.\r\n### Note\r\nOutput dataset from this study is | 35 | the bark patterning.\r\n### Note\r\nOutput dataset from this study is | ||
36 | embargoed and will be made available by 1 November 2021 at the latest. | 36 | embargoed and will be made available by 1 November 2021 at the latest. | ||
37 | ", | 37 | ", | ||
38 | "owner_org": "8e2d4271-8076-4879-a263-15f185b6ea3c", | 38 | "owner_org": "8e2d4271-8076-4879-a263-15f185b6ea3c", | ||
39 | "private": false, | 39 | "private": false, | ||
40 | "revision_id": "aab69154-5503-4dd4-9096-39526af1f3fa", | 40 | "revision_id": "aab69154-5503-4dd4-9096-39526af1f3fa", | ||
41 | "state": "active", | 41 | "state": "active", | ||
42 | "title": "Functional and epiphytic biodiversity differences between | 42 | "title": "Functional and epiphytic biodiversity differences between | ||
43 | nine tree species in the UK.", | 43 | nine tree species in the UK.", | ||
44 | "type": "dataset", | 44 | "type": "dataset", | ||
45 | "url": "", | 45 | "url": "", | ||
46 | "version": "" | 46 | "version": "" | ||
47 | } | 47 | } |