uid=AND,o=lter,dc=ecoinformatics,dc=org all public read TV075 Mark D Schulze

H.J. Andrews Experimental Forest; PO Box 300 Blue River OR 97413

541-822-6336 mark.schulze@oregonstate.edu http://orcid.org/0000-0003-0438-4091 Mark D Schulze

H.J. Andrews Experimental Forest; PO Box 300 Blue River OR 97413

541-822-6336 mark.schulze@oregonstate.edu http://orcid.org/0000-0003-0438-4091 Principal Investigator Jay M. Sexton

Corvallis OR 97331-5752 USA

(541) 737-8430 hexagon@exchangenet.net Other Researcher Sarah Ward sarahward0925@gmail.com Sward7@uoregon.edu Other Researcher Mark D Schulze

H.J. Andrews Experimental Forest; PO Box 300 Blue River OR 97413

541-822-6336 mark.schulze@oregonstate.edu http://orcid.org/0000-0003-0438-4091 Creator 2023-03-24 The vegetation phenology study is part of a larger effort to understand the influence of climate variability and change on trophic interactions in mountainous terrain. Phenology Core Sites were selected to capture the variation in elevation and topography across Lookout Creek watershed. Priority was given to sites with long-term air and soil temperature records (Reference stands) and previous phenology observations (Reference stands and stream gauging stations). Sixteen sites were established. At each site five individuals of from each 18 common species (if occurring within the site) from tree, shrub and herb layers were mapped and marked for observation. Weekly observations are conducted each year beginning in March or April depending on winter conditions and snowpack and continuing through June or July. Plant vegetative and reproductive phenophases are scored using a numbered system adapted to each plant species. communities populations climate change phenology forest ecology plant ecology microclimate air temperature biodiversity LTER controlled vocabulary environmental gradients Andrews Experimental Forest site thesaurus populations LTER core research areas Data were provided by the HJ Andrews Experimental Forest research program, funded by the National Science Foundation's Long-Term Ecological Research Program (DEB 1440409, DEB 2025755), US Forest Service Pacific Northwest Research Station, and Oregon State University.Related PublicationsWard, Sarah E. 2018. Microclimate and Phenology at the H.J. Andrews Experimental Forest. Eugene: University of Oregon. 73 p. M.S. thesis.Ward, Sarah E.; Schulze, Mark; Roy, Bitty. 2018. A long-term perspective on microclimate and spring plant phenology in the Western Cascades. Ecosphere. 9(10): e02451. doi: 10.1002/ecs2.2451Taylor, Shawn D.; Meiners, Joan M.; Riemer, Kristina; Orr, Michael C.; White, Ethan P. 2019. Comparison of large-scale citizen science data and long-term study data for phenology modeling. Ecology. 100(2): ecy.2568. doi: 10.1002/ecy.2568 Data Use Agreement: The re-use of scientific data has the potential to greatly increase communication, collaboration and synthesis within and among disciplines, and thus is fostered, supported and encouraged. This Data Set is released under the Creative Commons license CC BY "Attribution" (see: https://creativecommons.org/licenses/by/4.0/). Creative Commons license CC BY - Attribution is a license that allows others to distribute, remix, tweak, and build upon your work (even commercially), as long as you are credited for the original creation. This license accommodates maximum dissemination and use of licensed materials. It is considered professional conduct and an ethical obligation to acknowledge the work of other scientists. The Data User is asked to provide attribution of the original work if this data package is shared in whole or by individual parts or used in the derivation of other products. A recommended citation is provided for each Data Set in the Andrews LTER data catalog (see: http://andlter.forestry.oregonstate.edu/data/catalog/datacatalog.aspx). A generic citation is also provided for this Data Set on the website https://portal.edirepository.org in the summary metadata page. Data Users are thus strongly encouraged to consider consultation, collaboration and/or co-authorship with the Data Set Creator. While substantial efforts are made to ensure the accuracy of data and associated documentation, complete accuracy of data sets cannot be guaranteed and all data are made available "as is." The Data User should be aware, however, that data are updated periodically and it is the responsibility of the Data User to check for new versions of the data. The data authors and the repository where these data were obtained shall not be liable for damages resulting from any use or misinterpretation of the data. General acknowledgement: Data were provided by the HJ Andrews Experimental Forest research program, funded by the National Science Foundation's Long-Term Ecological Research Program (DEB 2025755), US Forest Service Pacific Northwest Research Station, and Oregon State University. Creative Commons Attribution 4.0 International Public License https://creativecommons.org/licenses/by/4.0/ CC-BY-4.0 https://andlter.forestry.oregonstate.edu/data/abstract.aspx?dbcode=TV075 HJ Andrews Experimental Forest -122.26077333 -122.12174888 44.27447074 44.20664191 459 1334 meter 2009-03-01 2022-07-25 All Organisms All Organisms Highest common category (ca. kingdom) Plantae Plants 202422 Division or Phylum Coniferophyta gymnosperms 18024 Class Pinopsida conifers 500009 Order Pinales 500028 Family Pinaceae 18030 Genus Pseudotsuga Douglas-fir 183418 Species Pseudotsuga menziesii Douglas-fir 183424 Genus Abies fir 18031 Species Abies procera noble fir 181835 Species Abies amabilis Pacific silver fir 181824 Genus Tsuga hemlock 183396 Species Tsuga heterophylla western hemlock 183400 Division or Phylum Magnoliophyta angiosperms 18061 Class Magnoliopsida dicot 18063 Subclass Magnoliidae 18064 Order Ranunculales 18409 Family Ranunculaceae 18410 Genus Coptis goldthread 18763 Species Coptis laciniata Oregon goldthread 18765 Subclass Rosidae 24056 Order Rosales 24057 Family Rosaceae 24538 Genus Rubus blackberry 24848 Species Rubus ursinus California blackberry 25073 Order Sapindales 28643 Family Aceraceae 28726 Genus Acer maple 28727 Species Acer macrophyllum bigleaf maple 28748 Species Acer circinatum vine maple 28740 Order Cornales 27788 Family Cornaceae 27796 Genus Cornus dogwood 27798 Species Cornus nuttallii Pacific dogwood 27809 Species Cornus canadensis bunchberry dogwood 27816 Subclass Dilleniidae 21341 Order Violales 22019 Family Violaceae 22023 Genus Viola violet 22030 Species Viola sempervirens evergreen violet 22164 Order Ericales 23443 Family Pyrolaceae 23751 Genus Chimaphila prince's pine 23766 Species Chimaphila umbellata pipsissewa 23769 Family Ericaceae 23463 Genus Vaccinium blueberry 23571 Species Vaccinium membranaceum thinleaf huckleberry 23601 Species Vaccinium parvifolium red huckleberry 23612 Genus Rhododendron rhododendron 23700 Species Rhododendron macrophyllum Pacific rhododendron 23720 Class Liliopsida monocot 38881 Subclass Liliidae 42611 Order Liliales 42612 Family Liliaceae 42633 Genus Trillium trillium 43054 Species Trillium ovatum Pacific trillium 43080 Subclass Asteridae 29909 Order Dipsacales 35247 Family Caprifoliaceae 35248 Genus Linnaea twinflower 35313 Species Linnaea borealis twinflower 35314 Order Scrophulariales 32925 Family Scrophulariaceae 33005 Genus Synthyris kittentails 34056 Species Synthyris reniformis snowqueen 34063 The vegetation phenology study is part of a larger effort to understand the influence of climate variability and change on trophic interactions in mountainous terrain. The initial objectives are to investigate patterns of microclimate variability across Lookout Watershed and plant response to spatial and temporal variability in snowpack dynamics and winter and spring air and soil temperatures. The plant phenology efforts from 2009-2014 were coordinated with insect phenology and bird phenology sampling to improve understanding of how species across trophic levels respond to environmental variability, the extent to which climate variability may contribute to trophic asynchrony, as well as the potential for mountain microclimate diversity to buffer the effects of climate change. Over time, the research program will contribute to our understanding of how climate variability and change is influencing the timing and duration of the active growing period.

An update history is logged and maintained with each new version of every dataset.

annually Original Creation of metadata into SQL Version1 2010-02-17 TV075 - all 4 entities are placed online for the first time. Data includes collections from 2009 to 2015. Version2 2017-06-27 Updated entity with data from 2016-2019. Version4 2020-02-19 Updated entities 1 and 4 with data from 2020-2022. Version5 2023-03-20 Forgot to update the entity and database dates. The data has not changed. Version6 2023-03-24 Information Manager

Andrews Forest LTER Program US Forest Service Pacific Northwest Research Station 3200 SW Jefferson Way Corvallis OR 97331

hjaweb@lists.oregonstate.edu http://andrewsforest.oregonstate.edu/ Andrews Forest LTER Site

Forest Ecosystems and Society Department in Forestry Oregon State University 201K Richardson Hall Corvallis OR 97331-5752

(541) 737-8480 lterweb@lists.oregonstate.edu http://andrewsforest.oregonstate.edu/ Field Methods - TV075 Sixteen core phenology sites were selected based on locations of long term temperature (air and soil) and vegetation data (TV010) at reference stands. Distribution of study sites across elevation, aspect and topographic position was augmented by adding a few additional sites, and to create old growth and plantation paired sites at high, medium and low elevation. At these Core sites, air temperature was measured year round (see study code MS045) and plant phenology measured during springtime beginning in 2009 (Insect and bird sampling at these sites is detailed in databases SA025 and SA024). At each Core site a center point was established and plants from all of the 18 study species occurring in the area were added as encountered while inventorying a 25m radius circle around the center point until 5 individuals of each species were mapped and tagged (in the 2009 pilot season, only 3 individuals per species were added, the sample sizes were increased to 5 early in the 2010 season), or the search area was exhausted. In a few instances, plants of a given species were added up to 35m away from the center point to attain the target sample size. Mapping of each plant was done using bearing and distance from the center post. For herbaceous plants, individuals were marked using one or two pin flags with a numbered aluminum tag attached to the pin flag. Trees and shrubs were tagged using aluminum nails or zip ties depending on stem diameter. Marked individuals remain in the study until death, at which point a new individual is added to the sample. Plant phenology was observed ca. weekly by trained individuals using a species-specific scoring system for vegetative and reproductive phenophases. Observations began each year in late winter with the start date varying depending on observed winter weather, snowpack and plant condition across the elevation gradient, with the goal of initiating observations at each Core site prior to detectable phenological activity of focal plant species. The emphasis was on capturing spring phenology, so observations generally did not continue after full leaf expansion and flowering, and for late flowering species in relatively late springs we were not always able to capture the full spring reproductive and leaf expansion process. During winter and spring surveys observations of snow depth and percentage cover were recorded as comments for each core site. See MS045 for description of the temperature sensors used for microclimate monitoring. Phenology observations were made with the naked eye or 10x binoculars, depending on plant height. Sampling frequency: weekly in spring; sporadically in winter and fall This was designed to be an observational study of plant phenology across microclimate gradients within the Lookout creek watershed. Focal plant species were selected to represent major tree, shrub and herbaceous species that are well-distributed across the Andrews Forest. Sites were selected to capture variation in elevation, aspect and topographic position (see field methods for more detail). Observations were recorded for multiple marked individuals of each focal species at each site. The plant phenology study was integrated with temperature (MS045), insect (SA025) and bird (SA024) phenology studies to investigate the influence of microclimate and climate variability on trophic interactions. HJA Phenology Sites -122.26083000 -122.11159208 44.28199677 44.20198189 1314 1314 meter HJA Phenology Core Site 001 (WS01) -122.25715110 -122.25715110 44.20664191 44.20664191 459 459 meter HJA Phenology Core Site 002 (CS2MET/RS07) -122.24967644 -122.24967644 44.21401836 44.21401836 488 488 meter HJA Phenology Core Site 004 (RS89) -122.26077333 -122.26077333 44.21742613 44.21742613 481 481 meter HJA Phenology Core Site 005 (RS86) -122.25780000 -122.25780000 44.21950000 44.21950000 643 643 meter HJA Phenology Core Site 007 (RS05) -122.20252664 -122.20252664 44.22218859 44.22218859 903 903 meter HJA Phenology Core Site 008 (RS32) -122.19113780 -122.19113780 44.23530330 44.23530330 647 647 meter HJA Phenology Core Site 009 (RS12) -122.12174888 -122.12174888 44.22717245 44.22717245 979 979 meter HJA Phenology Core Site 010 (Decomp site 5/CENMET) -122.14276865 -122.14276865 44.24209415 44.24209415 994 994 meter HJA Phenology Core Site 011 (L303/371 RD 350) -122.15130105 -122.15130105 44.25067222 44.25067222 1116 1116 meter HJA Phenology Core Site 012 (RS18) -122.15895568 -122.15895568 44.24627228 44.24627228 1081 1081 meter HJA Phenology Core Site 013 (RS21) -122.13622203 -122.13622203 44.24924626 44.24924626 1178 1178 meter HJA Phenology Core Site 014 (RS03) -122.15925000 -122.15925000 44.25911944 44.25911944 965 965 meter HJA Phenology Core Site 015 (WS08) -122.17020059 -122.17020059 44.26621172 44.26621172 971 971 meter HJA Phenology Core Site 016 (NADP/WS07) -122.17786922 -122.17786922 44.26749545 44.26749545 1030 1030 meter HJA Phenology Core Site 017 (RS04) -122.13697290 -122.13697290 44.27312824 44.27312824 1302 1302 meter HJA Phenology Core Site 018 (L306 RD 350) -122.13525278 -122.13525278 44.27447074 44.27447074 1334 1334 meter Andrews Experimental Forest (HJA) -122.26172200 -122.10084700 44.28196400 44.19770400 1631 1631 meter Posy Elizabeth Busby

Assistant Professor OSU Botany & Plant Pathology

busbyp@science.oregonstate.edu posybusby@gmail.com http://bpp.oregonstate.edu/content/posy-busby http://orcid.org/0000-0002-2837-9820 Principal Investigator Matthew G Betts

Department of Forest Ecosystems and Society; 201E Richardson Hall; College of Forestry; Oregon State University Corvallis OR 97331

(541) 737-3841 matt.betts@oregonstate.edu http://www.fsl.orst.edu/flel/index.htm http://orcid.org/0000-0002-7100-2551 Principal Investigator Brooke E. Penaluna brooke.penaluna@usda.gov Brooke.Penaluna@oregonstate.edu https://www.fs.fed.us/pnw/lwm/aem/people/penaluna.html http://orcid.org/0000-0001-7215-770X Principal Investigator Catalina Segura

Assistant Professor; Department of Forest Engineering, Resources, and Management; Oregon State University Corvallis OR 97331

541-737-6568 catalina.segura@oregonstate.edu http://ferm.forestry.oregonstate.edu/facstaff/segura-catalina http://orcid.org/0000-0002-0924-1172 Principal Investigator David Bell david.bell@usda.gov david.bell@oregonstate.edu https://lemma.forestry.oregonstate.edu/about/david-bell http://orcid.org/0000-0002-2673-5836 Principal Investigator The H.J. Andrews Experimental Forest is a living laboratory that provides unparalleled opportunities for the study of forest and stream ecosystems in the central Cascade Range of Oregon. Since 1980, as a part of the National Science Foundation Long Term Ecological Research (NSF-LTER) program, the Andrews Experimental Forest has become a leader in the analysis of forest and stream ecosystem dynamics. Long-term field experiments and measurement programs have focused on climate dynamics, streamflow, water quality, and vegetation succession. Currently researchers are working to develop concepts and tools needed to predict effects of natural disturbance, land use, and climate change on ecosystem structure, function, and species composition. The Andrews Experimental Forest is administered cooperatively by the USDA Forest Service Pacific Northwest Research Station, Oregon State University and the Willamette National Forest. Funding for the research program comes from the National Science Foundation (NSF), US Forest Service Pacific Northwest Research Station, Oregon State University, and other sources. Data were provided by the HJ Andrews Experimental Forest research program, funded by the National Science Foundation's Long-Term Ecological Research Program (DEB 2025755), US Forest Service Pacific Northwest Research Station, and Oregon State University. National Science Foundation: DEB2025755 National Science Foundation https://ror.org/021nxhr62 DEB2025755 https://www.nsf.gov/awardsearch/showAward?AWD_ID=2025755 The Andrews Forest is situated in the western Cascade Range of Oregon, and covers the entire 15,800-acre (6400-ha) drainage basin of Lookout Creek. Elevation ranges from 1350 to 5340 feet (410 to 1630 m). Broadly representative of the rugged mountainous landscape of the Pacific Northwest, the Andrews Forest contains excellent examples of the region's conifer forests and associated wildlife and stream ecosystems. These forests are among the tallest and most productive in the world, with tree heights of often greater than 250 ft (75 m). Streams are steep, cold and clean, providing habitat for numerous aquatic organisms. TV07501 Vegetative Phenology Observations Plant observations TV07501_v3.csv 7144490 d2fe29f8786d43f26b476f6087e997a5 1 \r\n column , " https://andlter.forestry.oregonstate.edu/data/register/dataaccess.aspx?docid=TV07501_v3.csv 2009-03-01 2022-07-25 DBCODE FSDB Database Code char(5) TV075 FSDB Database Code Terrestrial Vegetation 75 ENTITY Entity number numeric(2,0) number 1 natural 1.0000 1.0000 YEAR Year of Observation numeric(4,0) year (yyyy) 1 whole 2009.0000 2022.0000 PLOT Site code char(5) PC001 HJA Phenology Core Site 001 (WS01) PC002 HJA Phenology Core Site 002 (CS2MET/RS07) PC004 HJA Phenology Core Site 004 (RS89) PC005 HJA Phenology Core Site 005 (RS86) PC007 HJA Phenology Core Site 007 (RS05) PC008 HJA Phenology Core Site 008 (RS32) PC009 HJA Phenology Core Site 009 (RS12) PC010 HJA Phenology Core Site 010 (Decomp site 5/CENMET) PC011 HJA Phenology Core Site 011 (L303/371 RD 350) PC012 HJA Phenology Core Site 012 (RS18) PC013 HJA Phenology Core Site 013 (RS21) PC014 HJA Phenology Core Site 014 (RS03) PC015 HJA Phenology Core Site 015 (WS08) PC016 HJA Phenology Core Site 016 (NADP/WS07) PC017 HJA Phenology Core Site 017 (RS04) PC018 HJA Phenology Core Site 018 (L306 RD 350) TAG Plant tag number. Negative tag numbers are temporary tags numeric(4,0) number 1.000000 whole 1.0000 9999.0000 SAMPLEDATE Date of Observation datetime YYYY-MM-DD 4/14/2009 12:00:00 AM 7/25/2022 12:00:00 AM SPECIES Plant species code char(6) ABAM Abies amabilis ABPR Abies procera ACCI Acer circinatum ACMA3 Acer macrophyllum ACTR Achlys triphylla CHUM Chimaphila umbellata CHCHM Chrysolepis chrysophylla var. minor COLA3 Coptis laciniata COCA13 Cornus canadensis CONU4 Cornus nuttallii GASH Gaultheria shallon HODI Holodiscus discolor LIBO3 Linnaea borealis MANE2 Mahonia nervosa PSME Pseudotsuga menziesii PYPI2 Pyrola picta RHMA3 Rhododendron macrophyllum RILA Ribes lacustre ROGY Rosa gymnocarpa RUNI2 Rubus nivalis RUUR Rubus ursinus SYRE Synthyris reniformis TROV2 Trillium ovatum TSHE Tsuga heterophylla VACCI Vaccinium VAME Vaccinium membranaceum VAPA Vaccinium parvifolium VISE3 Viola sempervirens XETE Xerophyllum tenax VEG_CODE Code of observed vegetative stage char(9) ABAM_01.0 ABAM Dormant - buds firm, brownish; no green visible through scales ABAM_02.0 ABAM Buds swollen, scales becoming translucent ABAM_03.0 ABAM Bud Break - needle tips visible at end of open bud ABAM_03.5 ABAM First leaf expansion - 1st needles on new shoots are expanded ABAM_04.0 ABAM Expanding needles <75% full size; new shoots elongating, needles expanding ABAM_05.0 ABAM Needles >75% full size; most needles on new shoot full size and normal orientation ABAM_05.5 ABAM Needles medium green, noticeably darker than when first expand ABAM_06.0 ABAM Needles full size and dark green, difficult to distinguish from old needles from distance ABAM_07.0 ABAM Buds set at branch tips ABAM_08.0 ABAM Old needle yellowing/drop ABAM_09.0 ABAM Old needle drop complete ABPR_01.0 ABPR Dormant - buds firm, brownish; no green visible through scales ABPR_02.0 ABPR Buds swollen, scales becoming translucent ABPR_03.0 ABPR Bud Break - needle tips visible at end of open bud ABPR_03.5 ABPR First leaf expansion - 1st needles on new shoots are expanded ABPR_04.0 ABPR Expanding needles <75% full size; new shoots elongating, needles expanding ABPR_05.0 ABPR Needles >75% full size; most needles on new shoot full size and normal orientation ABPR_05.5 ABPR Needles medium green-blue, noticeably darker than when first expand ABPR_06.0 ABPR Needles full size and dark green-blue, difficult to distinguish from old needles from distance ABPR_07.0 ABPR Buds set at branch tips ABPR_08.0 ABPR Old needle yellowing/drop ABPR_09.0 ABPR Old needle drop complete ACCI_01.0 ACCI Dormant - buds are hard with no separation of scales; usually red or mottled green and red ACCI_02.0 ACCI Buds swollen - visible separation of bud scales, initially a green/white line appears at separation ACCI_03.0 ACCI Bud Break; emerging green tip visible at end of separated bud scales ACCI_04.0 ACCI Emerging leaves; folded leaves are inside a green sheath, which lengthens before opening ACCI_04.5 ACCI Leaves emerge from green sheath; still folded ACCI_05.0 ACCI Unfolding leaves < 75% size; leaves are tent-like, but have clearly begun unfolding and expanding ACCI_06.0 ACCI Leaves >75% size; mature leaves range in size, but are almost flat when fully expanded ACCI_07.0 ACCI Stem elongation; extension of new green branch ACCI_08.0 ACCI First leaves turning color - yellow or red depending on whether in full sun ACCI_09.0 ACCI Majority of leaves have turned color; leaves dropping ACCI_10.0 ACCI majority of leaves have dropped ACCI_11.0 ACCI Leaf drop complete ACMA_01.0 ACMA3 Dormant - buds are hard with no separation of scales; usually red or mottled green and red ACMA_02.0 ACMA3 Buds swollen / elongating ACMA_03.0 ACMA3 Bud Break leaf tips visible past tip of bud ACMA_04.0 ACMA3 Emerging leaves, folded ACMA_05.0 ACMA3 Unfolding leaves < 75% size; leaves are tent-like, but have clearly begun unfolding and expanding ACMA_06.0 ACMA3 Leaves >75% size; mature leaves range in size, but are almost flat when fully expanded ACMA_07.0 ACMA3 Leaves dark green ACMA_08.0 ACMA3 First leaves turning color - yellow or red depending on whether in full sun ACMA_09.0 ACMA3 Majority of leaves have turned color; leaves dropping ACMA_10.0 ACMA3 majority of leaves have dropped ACMA_11.0 ACMA3 Leaf drop complete CHUM_01.0 CHUM Dormant- buds are compressed with no separation of scales CHUM_02.0 CHUM Buds swollen/elongating CHUM_03.0 CHUM Bud Break: leaf tips visible at tip of elongating bud CHUM_04.0 CHUM Emerging leaves; leaves outside bud, folded CHUM_05.0 CHUM Unfolded leaves < 75% size, compared to old leaves CHUM_06.0 CHUM Leaves >75% size, compared to old leaves COCA_01.0 COCA13 Basal bud dormant, old leaves only COCA_02.0 COCA13 Basal bud swell/expansion COCA_03.0 COCA13 Basal bud break COCA_04.0 COCA13 Emerging leaves, folded COCA_05.0 COCA13 Leaves unfolding/expanding, <75% full size of old leaves on same plant COCA_06.0 COCA13 Leaves >75% full size compared to previous years’ leaves present on plant COLA_01.0 COLA3 No new leaves visible above ground, old leaves typically present COLA_04.0 COLA3 New leaf shoot visible, begins as reddish stem with leaf tightly folded COLA_04.5 COLA3 new leaf blades visible above ground COLA_05.0 COLA3 Leaves unfolding, <75% full size of old leaves on same plant COLA_06.0 COLA3 Leaves >75% full size compared to previous years’ leaves present on plant CONU_01.0 CONU4 Dormant - buds are compressed with no separation of scales CONU_02.0 CONU4 Buds swollen, separating CONU_03.0 CONU4 Bud Break - leaf tips visible at tip of elongating bud CONU_04.0 CONU4 Emerging leaves outside bud, folded CONU_05.0 CONU4 Unfolding leaves <75% of full size, many oriented parallel or at angle to branch axis CONU_06.0 CONU4 Leaves >75%, generally oriented perpendicular to branches CONU_07.0 CONU4 Leaves dark green CONU_08.0 CONU4 Leaves beginning to turn color to yellow-orange or red CONU_09.0 CONU4 Majority of leaves have turned color; leaves dropping CONU_10.0 CONU4 Majority of leaves have fallen CONU_11.0 CONU4 Leaf drop complete LIBO_01.0 LIBO3 Buds dormant, no obvious swelling LIBO_02.0 LIBO3 Bud swell/elongation LIBO_03.0 LIBO3 Bud break - leaf tip visible at end of scales LIBO_04.0 LIBO3 Emerging leaves, folded tight against stem; leaf shape not discernable LIBO_04.1 LIBO3 Emerging leaves, flat against stem LIBO_04.2 LIBO3 1st (bottom) pair of leaves unfolded, oriented parallel to stem LIBO_04.3 LIBO3 1st pair of leaves perpendicular to stem; 2nd pair parallel LIBO_04.4 LIBO3 2nd pair of leaves perpendicular to stem LIBO_06.0 LIBO3 1st and 2nd pairs of leaves full sized compared to old leaves PSME_01.0 PSME Dormant - buds are small and brown/tan with no swelling; no green tint visible through scales PSME_02.0 PSME Buds swollen - some expansion in width and extension in length; tip of bud becomes light brown or yellow PSME_03.0 PSME Bud Break - needle tips visible at end of open bud PSME_03.5 PSME First leaf expansion - 1st needles on new shoots are expanded PSME_04.0 PSME Expanding needles <75% full size; new shoots elongating, needles expanding PSME_05.0 PSME Needles >75% full size; most needles on new shoot full size and normal orientation; color still lighter green than old leaves PSME_05.5 PSME Needles medium green, noticeably darker than when first fully expanded PSME_06.0 PSME Needles full size and dark green, difficult to distinguish from old needles from distance PSME_07.0 PSME Buds set at branch tips PSME_08.0 PSME Old needle yellowing/drop PSME_09.0 PSME Old needle drop complete RHMA_01.0 RHMA Dormant - buds are compressed with no separation of scale RHMA_02.0 RHMA Buds swollen/elongating RHMA_03.0 RHMA Bud break - leaf tips visible at tip of elongating bud RHMA_04.0 RHMA Emerging leaves outside bud, folded RHMA_05.0 RHMA Unfolding leaves <75% of size of old leaves RHMA_06.0 RHMA Leaves >75% size, compared to old leaves RHMA_07.0 RHMA Leaves dark green, similar shade to old leaves RHMA_08.0 RHMA Old leaves turning yellow, dropping RHMA_09.0 RHMA Old leaf drop complete RUUR_01.0 RUUR Dormant - no basal buds above ground, buds on plant not swollen RUUR_02.0 RUUR Buds swollen/elongating (comments designate basal (B), Terminal (T) and/or Main stem (M)) RUUR_03.0 RUUR Bud Break: leaf tips visible past tip of bud RUUR_04.0 RUUR Emerging leaves - outside bud, folded RUUR_05.0 RUUR Unfolding leaves <75% size compared to old leaves RUUR_06.0 RUUR Leaves >75% size, compared to old leaves SYRE_01.0 SYRE No new leaves visible above ground, old leaves typically present SYRE_04.0 SYRE New leaf shoot visible, with leaf tightly folded SYRE_05.0 SYRE Leaves unfolding, <75% full size of old leaves on same plant SYRE_06.0 SYRE Leaves >75% full size TROV_01.0 TROV2 Nothing visible above ground TROV_04.0 TROV2 Plant has emerged above ground - only bent stem visible or stem and leaves visible, but leaves rolled around stem TROV_04.5 TROV2 Leaves parallel to stem, beginning to unroll TROV_05.0 TROV2 Leaves perpendicular to stem, <75% of full size TROV_06.0 TROV2 Leaves >75% full size TROV_08.0 TROV2 Leaves turning yellow TROV_09.0 TROV2 Aboveground vegetation fully dried (or not visible) TSHE_01.0 TSHE Dormant - buds are small and brown/tan with no swelling; no green tint visible through scales TSHE_02.0 TSHE Buds swollen - round and swollen; green tint of needles often visible through scales TSHE_03.0 TSHE Bud Break - needle tips visible at end of open bud TSHE_03.5 TSHE First leaf expansion - 1st needles on new shoots are expanded TSHE_04.0 TSHE Expanding needles <75% full size; new shoots elongating, needles expanding TSHE_05.0 TSHE Needles >75% full size; most needles on new shoot full size and normal orientation; color still lighter green than old leaves TSHE_05.5 TSHE Needles medium green, noticeably darker than when first fully expanded TSHE_06.0 TSHE Needles full size and dark green, difficult to distinguish from old needles from distance TSHE_07.0 TSHE Buds set at branch tips TSHE_08.0 TSHE Old needle yellowing/drop TSHE_09.0 TSHE Old needle drop complete VAME_01.0 VAME Dormant - red buds are compressed with no separation of scales VAME_02.0 VAME Buds swollen - visible separation of bud scales, and obvious swelling VAME_03.0 VAME Bud Break; emerging green tip visible at end of separated bud scales VAME_04.0 VAME Emerging leaves; leaves outside bud, folded VAME_04.2 VAME First leaf from buds unfolded; others still folded VAME_04.5 VAME Terminal leaf from buds unfolded VAME_05.0 VAME Unfolding leaves < 75% size; some leaves full size, but others still expanding, somewhat droopy VAME_06.0 VAME Leaves >75% size; mature leaves range in size, but are almost flat when fully expanded VAME_07.0 VAME Leaves noticeably darker green; stem elongation VAME_08.0 VAME First leaves turning color VAME_09.0 VAME Majority of leaves have turned color; leaves dropping VAME_10.0 VAME Majority of leaves fallen VAME_11.0 VAME Leaf drop complete VAPA_01.0 VAPA Dormant - red buds are compressed with no separation of scales VAPA_02.0 VAPA Buds swollen - visible separation of bud scales, and obvious swelling VAPA_03.0 VAPA Bud Break; emerging green tip visible at end of separated bud scales VAPA_04.0 VAPA Emerging leaves; leaves outside bud, folded VAPA_04.2 VAPA First leaf from buds unfolded; others still folded VAPA_04.5 VAPA Terminal leaves from buds unfolded VAPA_05.0 VAPA Unfolding leaves < 75% size; some leaves full size, but others still expanding, somewhat droopy VAPA_06.0 VAPA Leaves >75% size; mature leaves range in size, but are almost flat when fully expanded VAPA_07.0 VAPA Leaves noticeably darker green; stem elongation VAPA_08.0 VAPA First leaves turning color VAPA_09.0 VAPA Majority of leaves have turned color; leaves dropping VAPA_10.0 VAPA Majority of leaves fallen VAPA_11.0 VAPA Leaf drop complete VISE_01.0 VISE3 No new leaves visible above ground, old leaves typically present VISE_04.0 VISE3 New leaf shoot visible aboveground, leaf rolled tightly VISE_05.0 VISE3 Leaves unrolling/expanding, <75% full size VISE_06.0 VISE3 Leaves >75% full size compared to previous years’ leaves present on plant NA No value assigned SYRE_03.0 SYRE Bud break - basal buds have broken; very rarely visible in this species without damaging plant TROV_07.0 TROV2 Leaves full size and dark green; no sign of end of season color change (This is rarely used since we don't generally track into late summer) ABAM_02.1 ABAM Buds heavily swollen, scales translucent green needles visible within scales, budbreak imminent ABPR_02.1 ABPR Buds heavily swollen, scales translucent green needles visible within scales, budbreak imminent PSME_02.1 PSME Buds heavily swollen, scales translucent very light brown/yellow, green needles visible within scales, budbreak imminent TSHE_02.1 TSHE Buds heavily swollen, scales translucent green needles visible within scales, budbreak imminent VEG_COM Data comment code, applies to VEG_CODE char(8) Ba Listed RUUR veg_code stage applies to basal bud Ba1Mi Listed RUUR veg_code stage applies to basal bud; multiple points on stem are veg_code stage 1.0 Ba1Te Listed RUUR veg_code stage applies to basal bud; terminal bud is veg_code stage 1.0 Ba2Mi Listed RUUR veg_code stage applies to basal bud; multiple points on stem are veg_code stage 2.0 Ba2Mi5Te Listed RUUR veg_code stage applies to basal bud; multiple points on stem are veg_code stage 2.0; terminal bud is veg_code stage 5.0 Ba2MiTe Listed RUUR veg_code stage applies to basal bud; multiple points on stem and terminal bud are veg_code stage 2.0 Ba2Te Listed RUUR veg_code stage applies to basal bud; terminal bud is veg_code stage 2.0 Ba2TeR Listed RUUR veg_code stage applies to basal bud; terminal bud is veg_code stage 2.0; points on stem are rooted Ba3Mi Listed RUUR veg_code stage applies to basal bud; multiple points on stem are veg_code stage 3.0 Ba3MiTe Listed RUUR veg_code stage applies to basal bud; multiple points on stem and terminal bud are veg_code stage 3.0 Ba3Te Listed RUUR veg_code stage applies to basal bud; terminal bud is veg_code stage 3.0 Ba4Mi Listed RUUR veg_code stage applies to basal bud; multiple points on stem are veg_code stage 4.0 Ba4MiTe Listed RUUR veg_code stage applies to basal bud; multiple points on stem and terminal bud are veg_code stage 4.0 Ba4Te Listed RUUR veg_code stage applies to basal bud; terminal bud is veg_code stage 4.0 Ba5Mi Listed RUUR veg_code stage applies to basal bud; multiple points on stem are veg_code stage 5.0 Ba5Mi3Te Listed RUUR veg_code stage applies to basal bud; multiple points on stem are veg_code stage 5.0; terminal bud is veg_code stage 3.0 Ba5Mi4Te Listed RUUR veg_code stage applies to basal bud; multiple points on stem are veg_code stage 5.0; terminal bud is veg_code stage 4.0 Ba5Mi5Te Listed RUUR veg_code stage applies to basal bud; multiple points on stem are veg_code stage 5.0; terminal bud is veg_code stage 5.0 Ba5MiTe Listed RUUR veg_code stage applies to basal bud; multiple points on stem and terminal bud are veg_code stage 5.0 Ba5MiTeR Listed RUUR veg_code stage applies to basal bud; multiple points on stem and terminal bud are veg_code stage 5.0; points on stem are rooted Ba5Te Listed RUUR veg_code stage applies to basal bud; terminal bud is veg_code stage 5.0 Ba6Mi Listed RUUR veg_code stage applies to basal bud; multiple points on stem are veg_code stage 6.0 Ba6Te Listed RUUR veg_code stage applies to basal bud; terminal bud is veg_code stage 6.0 BaMi Listed RUUR veg_code stage applies to basal bud and multiple points on stem BaMi3Te Listed RUUR veg_code stage applies to basal bud and multiple points on stem; terminal bud is veg_code stage 3.0 BaMi4Te Listed RUUR veg_code stage applies to basal bud and multiple points on stem; terminal bud is veg_code stage 4.0 BaMi5Te Listed RUUR veg_code stage applies to basal bud and multiple points on stem; terminal bud is veg_code stage 5.0 BaMiE Listed RUUR veg_code stage applies to basal bud and multiple points on stem; leaf tissue eaten by herbivore BaMiPE Listed RUUR veg_code stage applies to basal bud and multiple points on stem; leaf tissue partially eaten by herbivore BaMiTe Listed RUUR veg_code stage applies to basal bud and multiple points on stem and terminal bud BaPB Listed RUUR veg_code stage applies to basal bud; plant is partially buried in snow BaPE Listed RUUR veg_code stage applies to basal bud; leaf tissue partially eaten by herbivore BaTe Listed RUUR veg_code stage applies to basal bud and terminal bud BaTe5Mi Listed RUUR veg_code stage applies to basal bud and terminal bud; multiple points on stem are veg_code stage 5.0 BaTe6Mi Listed RUUR veg_code stage applies to basal bud and terminal bud; multiple points on stem are veg_code stage 6.0 BaTeE Listed RUUR veg_code stage applies to basal bud and terminal bud; leaf tissue eaten by herbivore BaTeR Listed RUUR veg_code stage applies to basal bud and terminal bud; points on stem are rooted Mi Listed RUUR veg_code stage applies to multiple points on stem Mi2Ba Listed RUUR veg_code stage applies to multiple points on stem; basal bud is veg_code stage 2.0 Mi3Ba Listed RUUR veg_code stage applies to multiple points on stem; basal bud is veg_code stage 3.0 Mi3BaTe Listed RUUR veg_code stage applies to multiple points on stem; basal bud and terminal bud are veg_code stage 3.0 Mi3Te Listed RUUR veg_code stage applies to multiple points on stem; terminal bud is veg_code stage 3.0 Mi4Ba Listed RUUR veg_code stage applies to multiple points on stem; basal bud is veg_code stage 4.0 Mi5Ba Listed RUUR veg_code stage applies to multiple points on stem; basal bud is veg_code stage 5.0 Mi6Ba Listed RUUR veg_code stage applies to multiple points on stem; basal bud is veg_code stage 6.0 Mi5Te Listed RUUR veg_code stage applies to multiple points on stem; terminal bud is veg_code stage 5.0 MiE Listed RUUR veg_code stage applies to multiple points on stem; leaf tissue eaten by herbivore MiTe Listed RUUR veg_code stage applies to multiple points on stem and terminal bud MiTe3Ba Listed RUUR veg_code stage applies to multiple points on stem and terminal bud; basal bud is veg_code stage 3.0 Te Listed RUUR veg_code stage applies to terminal bud Te2Ba Listed RUUR veg_code stage applies to terminal bud; basal bud is veg_code stage 2.0 Te3Ba Listed RUUR veg_code stage applies to terminal bud; basal bud is veg_code stage 3.0 Te3Mi Listed RUUR veg_code stage applies to terminal bud; multiple points on stem are veg_code stage 3.0 Te4Ba Listed RUUR veg_code stage applies to terminal bud; basal bud is veg_code stage 4.0 Te4Mi Listed RUUR veg_code stage applies to terminal bud; multiple points on stem are veg_code stage 4.0 Te5Ba Listed RUUR veg_code stage applies to terminal bud; basal bud is veg_code stage 5.0 Te5BaMi Listed RUUR veg_code stage applies to terminal bud; basal bud and multiple points on stem are veg_code stage 5.0 Te5BaPE Listed RUUR veg_code stage applies to terminal bud; basal bud is veg_code stage 5.0; leaf tissue partially eaten by herbivore Te5Mi Listed RUUR veg_code stage applies to terminal bud; multiple points on stem are veg_code stage 5.0 Te6Ba Listed RUUR veg_code stage applies to terminal bud; basal bud is veg_code stage 6.0 Te6BaMi Listed RUUR veg_code stage applies to terminal bud; basal bud and multiple points on stem are veg_code stage 6.0 P4.4PE Possible presence of veg_code stage 4.4; leaf tissue partially eaten by herbivore B Plant buried in snow - observation impossible D Dead plant E Leaf tissue eaten by herbivore EPB Leaf tissue eaten by herbivore; plant partially buried in snow EW Leaf tissue eaten by herbivore; wilted foliage NA No comment NEW New plant added in mid-season P Possible presence of another veg_code stage P1 Possible presence of veg_code stage 1.0 P2 Possible presence of veg_code stage 2.0 P3 Possible presence of veg_code stage 3.0 P3.5 Possible presence of veg_code stage 3.5 P4 Possible presence of veg_code stage 4.0 P4.5 Possible presence of veg_code stage 4.5 P5 Possible presence of veg_code stage 5.0 P6 Possible presence of veg_code stage 6.0 P7 Possible presence of veg_code stage 7.0 P8 Possible presence of veg_code stage 8.0 PB Plant is partially buried in snow PE Leaf tissue partially eaten by herbivore T Trace of another veg_code stage T1 Trace of veg_code stage 01.0 T10 Trace of veg_code stage 10.0 T11 Trace of veg_code stage 11.0 T2 Trace of veg_code stage 02.0 T2PB Trace of veg_code stage 02.0; plant partially buried in snow T3 Trace of veg_code stage 03.0 T3.5 Trace of veg_code stage 03.5 T3PB Trace of veg_code stage 03.0; plant partially buried in snow T3PE Trace of veg_code stage 03.0; leaf tissue partially eaten by herbivore T4 Trace of veg_code stage 04.0 T4.1 Trace of veg_code stage 04.1 T4.2 Trace of veg_code stage 04.2 T4.2W Trace of veg_code stage 04.2; wilted foliage T4.3 Trace of veg_code stage 04.3 T4.4 Trace of veg_code stage 04.4 T4.5 Trace of veg_code stage 04.5 T4.5PE Trace of veg_code stage 04.5; leaf tissue partially eaten by herbivore T4PE Trace of veg_code stage 04.0; leaf tissue partially eaten by herbivore T4W Trace of veg_code stage 04.0; wilted foliage T5 Trace of veg_code stage 05.0 T5.5 Trace of veg_code stage 05.5 T5PB Trace of veg_code stage 05.0; plant partially buried in snow T6 Trace of veg_code stage 06.0 T6PB Trace of veg_code stage 06.0; plant partially buried in snow T6PE Trace of veg_code stage 06.0; leaf tissue partially eaten by herbivore T6W Trace of veg_code stage 06.0; wilted foliage T7 Trace of veg_code stage 07.0 T8 Trace of veg_code stage 08.0 T9 Trace of veg_code stage 09.0 T9W Trace of veg_code stage 09.0; wilted foliage TB Plant buried by treefall; will not be possible to observe in future W Wilted foliage P5.5 Possible presence of veg_code stage 5.5 T2.1 Trace of veg_code stage 02.1 RPRO_CODE Code of observed reproductive stage char(9) ABAM_01.0 ABAM Reproductive cones not swollen/visible ABAM_02.0 ABAM Reproductive cones visible, swollen ABAM_03.0 ABAM Pollen cones open ABAM_04.0 ABAM Full pollen release ABAM_05.0 ABAM Pollen release over, cones wilted or dried ABAM_06.0 ABAM Immature seed cones visible ABAM_07.0 ABAM Mature seed cones visible ABAM_08.0 ABAM No cones visible ABAM_09.0 ABAM Dispersing seed ABAM_10.0 ABAM Fruiting over - may have residual old cones seed dispersed ABAM_11.0 ABAM Cones aborted ABPR_01.0 ABPR Reproductive cones not swollen/visible ABPR_02.0 ABPR Reproductive cones visible, swollen ABPR_03.0 ABPR Pollen cones open ABPR_04.0 ABPR Full pollen release ABPR_05.0 ABPR Pollen release over, cones wilted or dried ABPR_06.0 ABPR Immature seed cones visible ABPR_07.0 ABPR Mature seed cones visible ABPR_08.0 ABPR No cones visible ABPR_09.0 ABPR Dispersing seed ABPR_10.0 ABPR Fruiting over - may have residual old cones seed dispersed ABPR_11.0 ABPR Cones aborted ACCI_01.0 ACCI No Flower buds visible ACCI_02.0 ACCI Flower buds visible, closed ACCI_03.0 ACCI Flowers open ACCI_04.0 ACCI Peak flowering, majority of flower buds at stage 3 ACCI_05.0 ACCI Past Peak; majority of flowers have passed stage 3, wilted or petals have dropped ACCI_06.0 ACCI Flowering over ACCI_07.0 ACCI Immature (green) fruit visible ACCI_08.0 ACCI Majority of fruits visible ACCI_09.0 ACCI Mature Fruits visible - red or reddish brown ACCI_09.5 ACCI Mature fruits have begun dispersing ACCI_10.0 ACCI Fruiting over ACCI_11.0 ACCI Flower or fruit aborted ACMA_01.0 ACMA3 Dormant - noticeably larger buds at branch tips are hard with no separation of scales; will have flowers and leaves ACMA_02.0 ACMA3 Flower buds (larger buds near branch tips have flrs & lvs) swollen ACMA_02.1 ACMA3 Terminal buds open, flowers out, petals closed ACMA_03.0 ACMA3 Flowers open ACMA_04.0 ACMA3 Peak flowering, majority of flowers open ACMA_05.0 ACMA3 Majority of flowers past peak; ACMA_06.0 ACMA3 Flowering over ACMA_07.0 ACMA3 Immature fruit visible - green samara developing ACMA_08.0 ACMA3 Majority in stage 7 or aborted ACMA_09.0 ACMA3 Mature fruit - brown dried samara ACMA_10.0 ACMA3 Fruiting over - all fruits dispersed ACMA_11.0 ACMA3 All Flowers or fruits aborted CHUM_01.0 CHUM No flowers buds visible CHUM_02.0 CHUM Flower buds visible, closed CHUM_03.0 CHUM Some flowers open CHUM_04.0 CHUM Peak Flowering - majority of flowers open CHUM_05.0 CHUM Past Peak - majority of flowers have wilted or lost petals CHUM_06.0 CHUM Flowering over CHUM_07.0 CHUM Immature fruit visible - noticeably swollen green to red capsule CHUM_08.0 CHUM Majority in stage 7 or aborted CHUM_09.0 CHUM Mature fruit - brown capsule open and seed exposed CHUM_10.0 CHUM Fruiting over - all capsules open, seed dispersed CHUM_11.0 CHUM All flowers or fruits aborted COCA_01.0 COCA13 Flower buds not present or visible above ground COCA_02.0 COCA13 Floral bracts visible but closed and green COCA_03.0 COCA13 Floral bracts open, green; flowers closed COCA_03.1 COCA13 Floral bracts white, elongated; some flowers open COCA_04.0 COCA13 Majority of flowers open COCA_05.0 COCA13 Floral bract turning brown at edges; majority of flowers past peak COCA_06.0 COCA13 Flowering over COCA_07.0 COCA13 Immature fruit developing COCA_08.0 COCA13 Majority have reached stage 7 or aborted COCA_09.0 COCA13 Mature fruit - bright red COCA_10.0 COCA13 Fruiting over COCA_11.0 COCA13 Flowers or fruits aborted COLA_01.0 COLA3 Flowers buds not visible above ground COLA_02.0 COLA3 Flower buds visible, closed COLA_03.0 COLA3 Flowers partly to mostly open COLA_04.0 COLA3 Flowers fully open, stamens with pollen COLA_05.0 COLA3 Petals, stamens wilting COLA_06.0 COLA3 Petals have dropped COLA_07.0 COLA3 Immature fruit developing, ovaries expanding COLA_09.0 COLA3 Mature fruits full size, tan or light brown papery capsule COLA_10.0 COLA3 All capsule tips open seeds dispersed COLA_11.0 COLA3 Flower or Fruit aborted CONU_01.0 CONU4 Flower buds absent or present & dormant; floral bracts green, haven’t begun elongating CONU_02.0 CONU4 Floral bracts elongating, green; flowers closed CONU_03.0 CONU4 Floral bracts elongating turning to white, flowers closed CONU_03.1 CONU4 floral bract elongated and white, some flowers open CONU_04.0 CONU4 Peak flowering, majority of flowers open CONU_05.0 CONU4 Floral bract turning brown at edges; many flowers past peak CONU_06.0 CONU4 Flowering over CONU_07.0 CONU4 Immature fruit - noticeably swollen but green CONU_08.0 CONU4 Majority in stage 7 or aborted CONU_09.0 CONU4 Ripe fruits - bright red CONU_10.0 CONU4 Fruiting over - all dropped or removed CONU_11.0 CONU4 All flowers or fruits aborted LIBO_01.0 LIBO3 Flower buds not present LIBO_02.0 LIBO3 Flower buds present, closed and green LIBO_02.1 LIBO3 Petals visible, closed LIBO_03.0 LIBO3 Some flowers open LIBO_04.0 LIBO3 Majority of flowers open LIBO_05.0 LIBO3 Majority of flowers past peak - petals wilted or dropped LIBO_06.0 LIBO3 Flowering over LIBO_07.0 LIBO3 Immature green fruit developing LIBO_08.0 LIBO3 Majority of have reached stage 7 or aborted LIBO_09.0 LIBO3 Mature fruit - capsule tan or brown and dried LIBO_10.0 LIBO3 Fruiting over - all dropped or removed from plant LIBO_11.0 LIBO3 All flowers or fruits aborted PSME_01.0 PSME Reproductive cones not swollen/visible PSME_02.0 PSME Reproductive cones visible, swollen PSME_03.0 PSME Pollen cones open PSME_04.0 PSME Full pollen release PSME_05.0 PSME Pollen release over, cones wilted or dried PSME_06.0 PSME Immature seed cones visible PSME_07.0 PSME Mature seed cones visible PSME_08.0 PSME No cones visible PSME_09.0 PSME Dispersing seed PSME_10.0 PSME Fruiting over - may have residual old cones seed dispersed PSME_11.0 PSME Cones aborted RHMA_01.0 RHMA Flower buds absent or present but dormant; no separation of scales RHMA_02.0 RHMA Flower buds swollen, elongating RHMA_02.5 RHMA Main flower buds partially open, petals visible on at least some flowers RHMA_03.0 RHMA Main flower bud open, petals visible, closed RHMA_03.5 RHMA Petals fully open on some flowers RHMA_04.0 RHMA Peak Flowering - majority of flowers open RHMA_05.0 RHMA Past Peak - majority of flowers have wilted or lost petals RHMA_06.0 RHMA Flowering over RHMA_07.0 RHMA Immature fruit visible, noticeable swelling of fruit since end of flowering RHMA_08.0 RHMA Majority in stage 7 or aborted RHMA_09.0 RHMA Mature fruit - rusty brown capsule split open to expose seeds RHMA_10.0 RHMA Fruiting over - all seeds have dropped RHMA_11.0 RHMA All flowers or fruits aborted RUUR_01.0 RUUR Flower buds not visible RUUR_02.0 RUUR Flower buds present closed RUUR_03.0 RUUR Flowers open RUUR_04.0 RUUR Peak flowering, majority of flowers open RUUR_05.0 RUUR Majority of flowers past peak - petals wilted or dropped RUUR_06.0 RUUR Flowering over RUUR_07.0 RUUR Immature fruit noticeably swollen, green RUUR_08.0 RUUR Majority in stage 7 or aborted RUUR_09.0 RUUR Mature fruits - purple black RUUR_10.0 RUUR Fruiting over - all dropped or removed RUUR_11.0 RUUR All flowers or fruits aborted SYRE_01.0 SYRE No flower buds or stems visible above ground SYRE_02.0 SYRE Flowers stems and closed buds visible above ground; no purple visible SYRE_02.1 SYRE Purple petals visible but closed SYRE_03.0 SYRE Flowers open SYRE_04.0 SYRE Majority of flowers on majority of stalks are open SYRE_05.0 SYRE Majority of flowers have shriveled or lost petals; some flowers still at peak SYRE_06.0 SYRE Flowering over; no active flowers left SYRE_07.0 SYRE Immature fruit visible; noticeable swelling but green SYRE_08.0 SYRE Majority of fruits visible, still immature SYRE_09.0 SYRE Mature fruits; capsule dark tan to brown significantly larger than sepals SYRE_10.0 SYRE Fruiting over; all capsules have opens SYRE_11.0 SYRE Flowers or fruits aborted TROV_01.0 TROV2 No flower bud visible TROV_02.0 TROV2 Flower bud visible; at veg stage 4.5 if flowering TROV_03.0 TROV2 Petals partway to mostly open TROV_04.0 TROV2 Flower fully open, pollen release from stamens TROV_05.0 TROV2 Petals turning pink TROV_05.1 TROV2 Petals fully pink/purple TROV_06.0 TROV2 Flowering over - petals shriveled or fallen off TROV_07.0 TROV2 Immature fruit visible, noticeable swelling of fruit since end of flowering TROV_08.0 TROV2 Immature fruit nearly full size - 1.2 - 2.5 cm - but green TROV_09.0 TROV2 Fruit mature - yellow or yellow green and fleshy TROV_10.0 TROV2 Fruiting over TROV_11.0 TROV2 Flower or fruit aborted TSHE_01.0 TSHE Reproductive cones not swollen/visible TSHE_02.0 TSHE Reproductive cones visible, swollen TSHE_03.0 TSHE Pollen cones open TSHE_04.0 TSHE Full pollen release TSHE_05.0 TSHE Pollen release over, cones wilted or dried TSHE_06.0 TSHE Immature seed cones visible TSHE_07.0 TSHE Mature seed cones visible TSHE_08.0 TSHE No cones visible TSHE_09.0 TSHE Dispersing seed TSHE_10.0 TSHE Fruiting over - may have residual old cones seed dispersed TSHE_11.0 TSHE Cones aborted VAME_01.0 VAME No Flower buds visible VAME_02.0 VAME Flower buds visible, closed VAME_03.0 VAME Flowers open VAME_04.0 VAME Peak flowering, majority of flower buds at stage 3 VAME_05.0 VAME Past Peak; majority of flowers have passed stage 3 VAME_06.0 VAME Flowering over VAME_07.0 VAME Immature fruit visible - noticeable swelling of green fruit VAME_08.0 VAME Majority of fruits have swollen noticeably VAME_09.0 VAME Mature fruits - deep purple VAME_10.0 VAME Fruiting over VAME_11.0 VAME Flower or fruit aborted VAPA_01.0 VAPA No Flower buds visible VAPA_02.0 VAPA Flower buds visible, closed VAPA_03.0 VAPA Flowers open VAPA_04.0 VAPA Peak flowering, majority of flower buds at stage 3 VAPA_05.0 VAPA Past Peak; majority of flowers have passed stage 3 VAPA_06.0 VAPA Flowering over VAPA_07.0 VAPA Immature fruit visible - noticeable swelling of green fruit VAPA_08.0 VAPA Majority of fruits have swollen noticeably VAPA_09.0 VAPA Mature fruits - red and round VAPA_10.0 VAPA Fruiting over VAPA_11.0 VAPA Flower or fruit aborted VISE_01.0 VISE3 Flower buds not present or visible above ground VISE_02.0 VISE3 Flowers closed, yellow petals not visible VISE_02.1 VISE3 Flowers closed, yellow petals visible VISE_03.0 VISE3 Flower partly to mostly open VISE_04.0 VISE3 Majority of flowers fully open VISE_05.0 VISE3 Flower wilting, or if multiple flowers majority wilting VISE_06.0 VISE3 Flowering over VISE_07.0 VISE3 Immature fruit developing VISE_08.0 VISE3 If multiple flowers, majority reached stage 7 VISE_09.0 VISE3 Mature fruits - mottled purple capsules VISE_10.0 VISE3 All capsule have opened, seeds dispersed VISE_11.0 VISE3 Flower or fruit aborted NA No value assigned COLA_08.0 COLA3 Fruits have expanded to full size but still green, capsule tips not open (In practice there is little difference between 7 and 8 in this species) RPRO_COM Data comment code; applies to RPRO char(8) B Plant buried in snow - observation impossible D Dead plant E Reproductive tissue entirely or partially eaten by herbivore EPB Reproductive tissue entirely or partially eaten by herbivore; plant partially buried in snow NA No Comment NEW New plant added in mid-season P Possible presence of another rpro_code stage P1 Possible presence of rpro_code stage 1.0 P10 Possible presence of rpro_code stage 10.0 P11 Possible presence of rpro_code stage 11.0 P2 Possible presence of rpro_code stage 2.0 P2.1 Possible presence of rpro_code stage 2.1 P3 Possible presence of rpro_code stage 3.0 P4 Possible presence of rpro_code stage 4.0 P5 Possible presence of rpro_code stage 5.0 P6 Possible presence of rpro_code stage 6.0 P7 Possible presence of rpro_code stage 7.0 P8 Possible presence of rpro_code stage 8.0 P9 Possible presence of rpro_code stage 9.0 PB Plant is partially buried in snow PE Reproductive tissue partially eaten by herbivore T10 Trace of rpro_code stage 10.0 T11 Trace of rpro_code stage 11.0 T2 Trace of rpro_code stage 2.0 T2.1 Trace of rpro_code stage 2.1 T2.1PE Trace of rpro_code stage 2.1; reproductive tissue partially eaten by herbivore T2.5 Trace of rpro_code stage 2.5 T2PE Trace of rpro_code stage 2.0; reproductive tissue partially eaten by herbivore T2T2.1 Trace of rpro_code stage 2.0; trace of rpro_code stage 2.1 T3 Trace of rpro_code stage 3.0 T3.1 Trace of rpro_code stage 3.1 T3.5 Trace of rpro_code stage 3.5 T4 Trace of rpro_code stage 4.0 T5 Trace of rpro_code stage 5.0 T5.1 Trace of rpro_code stage 5.1 T6 Trace of rpro_code stage 6.0 T6PE Trace of rpro_code stage 6.0; reproductive tissue partially eaten by herbivore T7 Trace of rpro_code stage 7.0 T7PE Trace of rpro_code stage 7.0; reproductive tissue partially eaten by herbivore T8 Trace of rpro_code stage 8.0 T9 Trace of rpro_code stage 9.0 T2T9 Trace of rpro_code stage 2.0; trace of rpro_code stage 9.0 TB Plant buried by treefall; will not be possible to observe in future W Wilted foliage Mi Listed RUUR rpro_code stage applies to multiple points on stem BaMi Listed RUUR rpro_code stage applies to basal bud and multiple points on stem MiP11 Listed RUUR rpro_code stage applies to multiple points on stem; possible presence of rpro_code stage 11.0 Te Listed RUUR rpro_code stage applies to terminal bud BaMi3Te Listed RUUR rpro_code stage applies to basal bud and multiple points on stem; terminal bud is rpro_code stage 3.0 Te3Mi Listed RUUR rpro_code stage applies to terminal bud; multiple points on stem are rpro_code stage 3.0 BaMi7Te Listed RUUR rpro_code stage applies to basal bud and multiple points on stem; terminal bud is rpro_code stage 7.0 Ba Listed RUUR rpro_code stage applies to basal bud PRIMARY TV07501.SAMPLEDATE TV07501.PLOT TV07501.TAG TV07501.SPECIES NOTNULL TV07501.DBCODE TV07501.ENTITY TV07501.SAMPLEDATE TV07501.PLOT TV07501.TAG TV07501.SPECIES TV07501.VEG_CODE TV07501.RPRO_CODE TV07501.RPRO_COM 93913 TV07503 Vegetative Phenology Text Comments observation text comments TV07503_v2.csv 127153 f3b6d44080c456e265904cade83bba37 1 \r\n column , " https://andlter.forestry.oregonstate.edu/data/register/dataaccess.aspx?docid=TV07503_v2.csv 2009-03-01 2019-07-25 DBCODE FSDB Database Code char(5) TV075 FSDB Database Code Terrestrial Vegetation 75 ENTITY Entity number numeric(2,0) number 1 natural 3.0000 3.0000 YEAR Year of Observation numeric(4,0) year (yyyy) 1 whole 2009.0000 2019.0000 PLOT Site code char(5) PC001 HJA Phenology Core Site 001 (WS01) PC002 HJA Phenology Core Site 002 (CS2MET/RS07) PC004 HJA Phenology Core Site 004 (RS89) PC005 HJA Phenology Core Site 005 (RS86) PC007 HJA Phenology Core Site 007 (RS05) PC008 HJA Phenology Core Site 008 (RS32) PC009 HJA Phenology Core Site 009 (RS12) PC010 HJA Phenology Core Site 010 (Decomp site 5/CENMET) PC011 HJA Phenology Core Site 011 (L303/371 RD 350) PC012 HJA Phenology Core Site 012 (RS18) PC013 HJA Phenology Core Site 013 (RS21) PC014 HJA Phenology Core Site 014 (RS03) PC015 HJA Phenology Core Site 015 (WS08) PC016 HJA Phenology Core Site 016 (NADP/WS07) PC017 HJA Phenology Core Site 017 (RS04) PC018 HJA Phenology Core Site 018 (L306 RD 350) SAMPLEDATE Date of Observation datetime YYYY-MM-DD 4/14/2009 12:00:00 AM 7/19/2019 12:00:00 AM COMMENT_ID Comment number by plot by sample date numeric(2,0) number 1.000000 natural 1.0000 12.0000 COMMENT Non-conforming observation at plot char(254) Non-conforming observation at plot COMMENT2 Continuation of non-conforming observation at plot char(254) Continuation of non-conforming observation at plot PRIMARY TV07503.SAMPLEDATE TV07503.PLOT TV07503.COMMENT_ID NOTNULL TV07503.SAMPLEDATE TV07503.PLOT TV07503.COMMENT TV07503.COMMENT_ID 1559 TV07504 Vegetative Phenology Plant Locations Distance and bearing from plot center point for all plants TV07504_v3.csv 31861 d0054727eeb47a575aa2d0b1aa642886 1 \r\n column , " https://andlter.forestry.oregonstate.edu/data/register/dataaccess.aspx?docid=TV07504_v3.csv 2009-03-01 2022-07-25 DBCODE FSDB Database Code char(5) TV075 FSDB Database Code Terrestrial Vegetation 75 ENTITY Entity number numeric(2,0) number 1 natural 4.0000 4.0000 PLOT Site code char(5) PC001 HJA Phenology Core Site 001 (WS01) PC002 HJA Phenology Core Site 002 (CS2MET/RS07) PC004 HJA Phenology Core Site 004 (RS89) PC005 HJA Phenology Core Site 005 (RS86) PC007 HJA Phenology Core Site 007 (RS05) PC008 HJA Phenology Core Site 008 (RS32) PC009 HJA Phenology Core Site 009 (RS12) PC010 HJA Phenology Core Site 010 (Decomp site 5/CENMET) PC011 HJA Phenology Core Site 011 (L303/371 RD 350) PC012 HJA Phenology Core Site 012 (RS18) PC013 HJA Phenology Core Site 013 (RS21) PC014 HJA Phenology Core Site 014 (RS03) PC015 HJA Phenology Core Site 015 (WS08) PC016 HJA Phenology Core Site 016 (NADP/WS07) PC017 HJA Phenology Core Site 017 (RS04) PC018 HJA Phenology Core Site 018 (L306 RD 350) TAG Plant tag number. Negative tag numbers are temporary tags numeric(4,0) number 1.000000 whole 227.0000 9999.0000 SPECIES Plant species code char(6) ABAM Abies amabilis ABPR Abies procera ACCI Acer circinatum ACMA3 Acer macrophyllum ACTR Achlys triphylla CHUM Chimaphila umbellata CHCHM Chrysolepis chrysophylla var. minor COLA3 Coptis laciniata COCA13 Cornus canadensis CONU4 Cornus nuttallii GASH Gaultheria shallon HODI Holodiscus discolor LIBO3 Linnaea borealis MANE2 Mahonia nervosa PSME Pseudotsuga menziesii PYPI2 Pyrola picta RHMA3 Rhododendron macrophyllum RILA Ribes lacustre ROGY Rosa gymnocarpa RUNI2 Rubus nivalis RUUR Rubus ursinus SYRE Synthyris reniformis TROV2 Trillium ovatum TSHE Tsuga heterophylla VACCI Vaccinium VAME Vaccinium membranaceum VAPA Vaccinium parvifolium VISE3 Viola sempervirens XETE Xerophyllum tenax DISTANCE Distance in meters from plot center to study plant numeric(4,1) meters 5.000000 real 0.0000 35.0000 ANGLE Bearing angle from plot center to study plant (declination 16 East) numeric(3,0) degrees azimuth 1 whole 0.0000 360.0000 PRIMARY TV07504.PLOT TV07504.TAG TV07504.SPECIES NOTNULL TV07504.DBCODE TV07504.ENTITY TV07504.PLOT TV07504.TAG TV07504.SPECIES 890 year (4 character) portion of date dimensionless number, i.e., ratio, count meter; SI unit of length degrees azimuth (0-360)