uid=AND,o=lter,dc=ecoinformatics,dc=org all public read TD014 Jerry F. Franklin

University of Washington;College of Forest Resources;Box 352100 Seattle WA 98195-2100 USA

(206) 543-2138 jff@u.washington.edu http://faculty.washington.edu/jff/ Mark E. Harmon

Oregon State University;Dept. of Forest Science;321 Richardson Hall Corvallis OR 97331-5752 USA

(541) 737-8455 (978) 724-0045 ext 223 mark.harmon@oregonstate.edu http://fes.forestry.oregonstate.edu/people?path=people/harmon-mark http://orcid.org/0000-0002-4195-8288 Becky Fasth

Oregon State University;College of Forestry;Dept. of Forest Ecosystems and Society; 201L Richardson Hall Corvallis OR 97331 USA

(541) 737-8431 (541) 737-8460 becky.fasth@oregonstate.edu Mark E. Harmon

Oregon State University;Dept. of Forest Science;321 Richardson Hall Corvallis OR 97331-5752 USA

(541) 737-8455 (978) 724-0045 ext 223 mark.harmon@oregonstate.edu http://fes.forestry.oregonstate.edu/people?path=people/harmon-mark http://orcid.org/0000-0002-4195-8288 Principal Investigator Jay M. Sexton

Corvallis OR 97331-5752 USA

(541) 737-8430 hexagon@exchangenet.net Other Researcher Becky Fasth

Oregon State University;College of Forestry;Dept. of Forest Ecosystems and Society; 201L Richardson Hall Corvallis OR 97331 USA

(541) 737-8431 (541) 737-8460 becky.fasth@oregonstate.edu Other Researcher Mark E. Harmon

Oregon State University;Dept. of Forest Science;321 Richardson Hall Corvallis OR 97331-5752 USA

(541) 737-8455 (978) 724-0045 ext 223 mark.harmon@oregonstate.edu http://fes.forestry.oregonstate.edu/people?path=people/harmon-mark http://orcid.org/0000-0002-4195-8288 Abstractor Jack Booth Other Researcher John Moreau

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

moreauj@fsl.orst.edu Other Researcher Timothy D. Schowalter

Department of Entomology;404 Life Sciences Bldg.;Louisiana State University Baton Rouge LA 70803 USA

(225) 578-1628 tschowalter@agcenter.lsu.edu http://www.ent.orst.edu/schowalt Other Researcher John D. Lattin

Corvallis OR 97333 USA

Other Researcher Rick G. Kelsey

USDA Forest Service;Pacific NW ResearchStation;3200 SW Jefferson Way Corvallis OR 97331 USA

Rick.Kelsey@oregonstate.edu Other Researcher Elaine R. Ingham

Oregon State University;Botany & Plant Path;Cordley 2066 Corvallis OR 97331 USA

541-752-5066 elaine@environmentcelebration.com Other Researcher Jerry F. Franklin

University of Washington;College of Forest Resources;Box 352100 Seattle WA 98195-2100 USA

(206) 543-2138 jff@u.washington.edu http://faculty.washington.edu/jff/ Creator Mark E. Harmon

Oregon State University;Dept. of Forest Science;321 Richardson Hall Corvallis OR 97331-5752 USA

(541) 737-8455 (978) 724-0045 ext 223 mark.harmon@oregonstate.edu http://fes.forestry.oregonstate.edu/people?path=people/harmon-mark http://orcid.org/0000-0002-4195-8288 Creator 2018-06-13 These data are collected from six sites within the H. J. Experimental Forest and are part of a 200-year experiment on the decomposition of logs in a terrestrial environment. The taxa being examined in the experiment are Douglas-fir, western hemlock, western redcedar, and Pacific silver fir. The data start in 1985 and are periodically updated as samples are taken. The last collection of data is planned in 2185. Periodically logs are sampled by measuring their diameters and lengths as well as bark cover and the fraction of their length in contact with the ground. Cross-sections are removed with a chainsaw and dissected with a table saw or other means to determine the density of bark and wood samples. These samples systematically sample each cross-section and can be used to reconstruct the spatial pattern of decomposition. Subsamples are ground and nutrient concentrations are determined to calculate nutrient stores. Twenty one data tables are associated with this study. A general description of the logs (length, diameters, bark cover) is found in td01401 and can be used to estimate how the log has fragmented over time. The areal extent of tissue types (outer bark, inner bark, sapwood, and heartwood) and zones of rotten wood from cross-sections is documented in td01418 and td01419. The position of the pith in each cross-section, a useful indicator of volume loss, is documented in td01420. The density (dry mass/green volume) of samples is documented in td01403 and based on the weights of individual samples (td01404) as well as their dimensions (td01405). The arrangement of samples into transects (top to bottom, left to right) within the cross-sections is documented in td01406. To help explain why some samples may be more dense than others, the area of the sample cross-section covered by knots is documented in td01407 (knots are more decay resistant and of greater density than wood). The radial thickness of inner and outer bark of the undecayed logs is documented in td01409, and can be used to estimate the original thickness of these tissues once extensive decomposition occurs. Given that the outer bark can be quite irregular in shape, water displacement was used to determine the volume of this tissue; these data are documented in td01415. The location of the logs at the six sites is stored in td01413, with distances, slope, and bearing from a series of surveyed posts noted. The cell wall chemistry of samples has been analyzed using the proximate method described by Ryan et al. (td01408) and Van Soest (td01412). The number and type of insect galleries present on logs for the first three years is documented in td01410. The number and species of fungal sporocarps growing on logs in the autumn for the first eight years is documented in td01414. Concentrations of nutrient elements such as nitrogen, phosphorus, calcium, and potassium of dried, ground samples of inner and outer bark, sapwood, and heartwood, as well as fungal sporocarps and insects is stored in td01411. Parameters for regression models derived from these data that describe the temporal pattern of decomposition is stored in td01421. decay rates decomposition nutrient cycling inorganic nutrients nutrients woody debris coarse woody debris organic matter invertebrates logs LTER controlled vocabulary inorganic nutrients organic matter LTER core research areas This is a very long-term study (200 years). Other data sets utilizing the same logs include TD18 (nitrogen fixation) and TD20 (respiration). Data also exists for the insects attacking logs in first 3 years (Jack Lattin), seasonal variations in moisture content (Mark Harmon) and temperature (Tim Schowalter), and leaching losses (Mark Harmon). Related PublicationsHarmon, Mark E. 1992. Long-term experiments on log decomposition at the H.J. Andrews Experimental Forest. Gen. Tech. Rep. PNW-280. Portland, OR: U.S. Department of Agriculture, Forest Service, Pacific Northwest Research Station. 28 p.Related FilesTitle: Site DescriptionsDescription: Elevation, temperature and precipitation for the 6 sitesURL: https://andrewsforest.oregonstate.edu/data/studies/td014/td014_sitedescription.pdfTitle: Idealized cross-section diagramDescription: Diagrams the measured components of the cross-sectionURL: https://andrewsforest.oregonstate.edu/sites/default/files/lter/data/studies/td014/td014_idealized_cross-section.pdfTitle: Bearing system diagramDescription: Diagram of bearing system used to survey log locationsURL: https://andrewsforest.oregonstate.edu/sites/default/files/lter/data/studies/td014/td014_bearing_system.pdf 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. http://andlter.forestry.oregonstate.edu/data/abstract.aspx?dbcode=TD014 H. J. Andrews Experimental Forest. Pacific Northwest/Oregon Cascades. -122.26172200 -122.10084700 44.28196400 44.19770400 412 1631 meter 1985-03-26 2016-08-24 All Organisms All Organisms Highest common category (ca. kingdom) Fungi Genus Phlebia Species Phlebia tremellosus Genus Nidularia Species Nidularia candida Genus Dacrymyces Species Dacrymyces palmatus Division or Phylum Basidiomycota Division or Phylum Basidiomycetes Order Hymenochaetales Family Schizoporaceae Genus Oxyporus Order Agaricales Family Strophariaceae Genus Naematoloma Species Naematoloma capnoides Order Polyporales Family Fomitopsidaceae Genus Fomitopsis Species Fomitopsis pinicola Species Fomitopsis pinicola, dead Family Polyporaceae Genus Polyporus Species Polyporus versicolor Order Boletales Family Boletaceae Genus Boletus Species Boletus mirabilis Species Boletus mirabiles Order Agaricales Family Strophariaceae Genus Naematoloma Species Naematoloma capnoides Genus Ganoderma Species Ganoderma applanatum Genus Mycena Species Mycena epiterygia Species Mycena occidentalis Genus Agaric Genus Pholiata Species Pholiata lenta Genus Hericium Species Hericium abietes Highest common category (ca. kingdom) Plantae Division or Phylum Coniferophyta Class Pinopsida Order Pinales Family Cupressaceae Genus Thuja Species Thuja plicata Family Pinaceae Genus Pseudotsuga Species Pseudotsuga menziesii Species Pseudotsuga menziesii hardwood; wood standard Genus Abies Species Abies amabilis Genus Tsuga Species Tsuga heterophylla Division or Phylum Magnoliophyta Class Magnoliopsida Subclass Hamamelididae Order Fagales Family Fagaceae Genus Quercus Highest common category (ca. kingdom) Animalia Division or Phylum Arthropoda Class Insecta Order Coleoptera Family Cerambycidae Genus Rhagium Family Cerambycidae Genus Rhagium Family Elateridae Genus Ampedus Genus Alaus Species Alaus melanops Family Buprestidae Genus Buprestis Species Buprestis rusticorum Species Buprestis aurulenta Family Scolytidae Genus Dendroctonus Family Cleridae Genus Thanasimus Family Elateridae Genus Ampedus Genus Alaus Species Alaus melanops Family Non-taxonomic objects (vegetative, organic, or inorganic) Species Tree knot Species unknown plant Species unknown plant 1 Species unknown The experiment that generated these data is designed to test the effect of species of log, tissue type, soil contact, insects, and diameter on the rate of log decomposition and release of nutrients of logs (large, downed and dead wood and bark).

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

irregular Original metadata creation Version1 1985-10-01 Moved database to SQL server Version2 2005-04-25 Restructured datasets; Converted CARDTYPE to ENTITY, DATACODE to DBCODE, mm,dd,year to sampledate (kept YEAR), will convert SPECIES to taxa and studyid to place. Added primary key. Ran QC and uploaded new structures to SQL. Data from 2005 and 2015 will need to be added and further modifications to the structures may be required. Version7 2015-01-28 Converted enum species lists to taxa domain (1, 6, 8, 10, 12, 14), added missing species (11), converted survey posts to enum (13). Ran QC, recreated SQL structures and uploaded data. Version8 2015-11-25 Major data update that includes data from 2005, 2015 and 2016. Addition of 6 new entities. Restructure of pervious entities to include sitecode with geographic reference and log_species where appropriate. See specific entity update history for details. Version10 2018-06-13 Information Manager

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

hjaweb@fsl.orst.edu http://andrewsforest.oregonstate.edu/ Mark E. Harmon

Oregon State University;Dept. of Forest Science;321 Richardson Hall Corvallis OR 97331-5752 USA

(541) 737-8455 (978) 724-0045 ext 223 mark.harmon@oregonstate.edu http://fes.forestry.oregonstate.edu/people?path=people/harmon-mark http://orcid.org/0000-0002-4195-8288 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@fsl.orst.edu http://andrewsforest.oregonstate.edu/ Field Methods - TD014 Logs of the four species used in the experiments were removed from four locations during September 1985. Low- standard access roads were constructed at each site during July and August 1985 to place the logs and then the roads were closed. Logs were placed on either side of the access roads after the 50 m point to reduce the microclimatic effects of stand edge on the experiment. To reduce the effects of road work on the stand, trees were not felled unless the road could not avoid them. Saving old-growth trees and large snags was given priority over saving small trees. Wherever possible, preexisting skidding roads were used. Logs crossing the road were removed so that a minimum of damage to the logs and soil occurred. The logs used in the experiment met specifications for diameter, length, amount of bark cover, and degree of decay. Logs that ranged in diameter between 45 and 60 cm over their length were deemed suitable. The final log length at the experimental sites was 5.5 m. Damage to the bark during the yarding, transport, and placement was minimized; however, logs with more than 10 percent of their bark missing were considered unsuitable. Logs with large decay columns, conks, or both were rejected. Logs were transported to the experimental sites on short-bed logging trucks and placed along the access road by mobile loader. Enough logs of each species were placed so that destructive samples could be made at least 18 times after placement--a total of 530 logs. Invertebrates were excluded in a subsample of logs by placing them onto polyester mesh and then building an A- frame over the log. The frame was then covered with 0.8-mm polyester mesh. One-half of the exclosure length was also covered with a 0.1-mm mesh to exclude small insects, such as ambrosia beetles. The logs were sampled in 1985 to determine the initial characteristics of each log. After that point subsets of logs were sampled to determine how their characteristics change over time. In some cases logs were resampled so as to preserve intact logs for future study. While methods have been standardized over time to the degree possible, the fact that logs are decomposing and changing also means that some of the methods have to change so that comparable data can be collected. Bark coverage, length, and diameters were measured to characterize the initial condition of each log. The total area of bark missing was measured to the nearest 0.01 m2 using a gridded 20- by 50-cm metal frame. Diameter was measured at both ends and the middle of the log by using calipers. The maximum and minimum diameters were measured at each point to calculate the mean diameter. Log length was measured to the nearest 1 cm and represented a mean length when the ends were not cut parallel. The total length of the log suspended off the ground was measured to the nearest 0.1 m. The number of freshly cut branches was counted on each log to indicate if the log was from the bole or the crown of a tree. Log volume was calculated using Newton's formula: V=L (Ab+4Am+At)/6 where V is the volume, L is the length, and Ab, Am, and At are the area of the base, midpoint, and top of the log. Surface area was calculated assuming the logs were frustrums of cones. After 1985 these measurements were repeated with the exception that diameter measurements were also taken at the point where cross-sections were removed. In some cases diameter was estimated from digitized photographs of the cross-sections. Because the missing bark area increased as the logs decomposed, the length and width of missing bark sections was hand measured because using the original metal frame was not practical. To characterize initial density, moisture content, and volume of tissue in each log, a cross-section 8 to 10-cm thick was removed from each end. All cross-sections were wrapped in black plastic bags and stored at 2°C until they were processed. The cross-sections were photographed and these were digitized to estimate the volume of outer bark, inner bark, sapwood, and heartwood. The logs that were sampled after 1985 were determined randomly by drawing from the list of available logs. To characterize how density, moisture content, and volume of tissue in each log changed after 1985, five 8 to 10-cm thick cross-sections, spaced out at roughly equal intervals were removed from each sampled log. The diameter of each cross-section and its location relative to the large end was measured. For some year logs that had already been sampled were resampled to increase the temporal resolution of changes. In this case two of the cut segments that remained after the initial sampling had cross-sections removed from their center. The time between the initial sampling and the resampling was kept to a minimum to reduce the effects of decomposer colonization from the cut ends. As the logs decomposed some became weak enough that cross-sections could not be removed without additional support. Bark was kept on the cross-section by initially using canvas strips, then duct tape, and finally cardboard wrapped with saran wrap. In addition cross-sections that were too weak to be carried without breaking were placed on octagonal plywood backer boards. To reduce movement the cross-sections were saran wrapped onto the backer boards. All cross-sections were placed in a black plastic trash bag and stored in refrigeration until they were processed. Permanent Plots - TD014 A map indicating the position of logs at each site was prepared to aid relocation (maps on file in RWU- 4356, Forest Science Laboratory, Corvallis, OR). Each log was marked with an aluminum numbered tag nailed at the top of each end. The position of fiberglass t-posts along each access road were surveyed using by a jacobs staff, compass, fiberglass tape, and clinometer. Backsight measurements were made at each position. The distance, compass bearing, and slope of each log was surveyed from the nearest fiberglass t-post. Laboratory Methods - TD014 Processing of the cross-sections included many measurements to characterize density, moisture content, and volume of tissue and extent of decay. The cross-sections were photographed and these images were digitized to estimate the volume of outer bark, inner bark, sapwood, and heartwood. To aid identification of tissues and zones of decay, the different zones on cross-sections were marked with different colored pens. The initial digitizing system used slides that were back projected onto an opaque digitizing pad. The programs used to determine the areas was vector-based and while it could determine the areas of the various tissues and decay zones for the first three years, as the decay patterns became more and more complex, it became impossible to use and accurately determine areas. In 2016-2017 an alternative system based on pixels was used instead. In this case the slides were scanned and analyzed using the Image-J software. The first step in the Image-J process was to calibrate the linear horizontal distance on the image using the scale on the photo to determine how many pixels were in 70 cm. The total area of the cross-section was determined by digitizing the outermost boundary and selecting the area inside the boundary to determine its area using the threshold function. When bark was missing due to cross-section handling, the distance between the outmost bark and the wood was estimated. When bark had fallen off due to natural processes, the outermost boundary used was that of the wood. The next area to be determined was that of total wood by digitizing along the bark-wood boundary. When sapwood was missing due to handling the outer wood area was also estimated using the remaining sapwood. The heartwood area was then determined by digitizing along the sapwood-heartwood boundaries indicated on the images that had been marked with magic markers prior to the photography. In cases in which the sapwood-heartwood boundary was not marked on the image (typically ABAM and TSHE in advanced stages of decomposition) the average thickness of the sapwood on the undecayed initial samples was used to approximate the boundary. The area blue-stained by fungi was determined using the threshold function to identify darker areas of sapwood. This threshold was determined by comparing areas that clearly had blue-stain with the areas meeting the threshold; however soil contamination, bark dust, shadows, and other non-blue-stain processes could make the sapwood appear dark. It is therefore not a very reliable indicator of the area with blue-stain and might be considered more of a qualitative index as to whether blue-stain was present or not. The boundary of all the wood with decay was digitized and the area of each decayed zone was summed when there was more than one zone. This process was repeated for the heartwood to determine the area of heartwood that was decayed. These are all general methods, the exact method of digitizing, order of digitizing, creation of intermediate images (e.g., wood area or heartwood area) for further processing depended on the arrangement of the decay patterns found in a cross-section. In addition, the following areas could be determined from these primary measurements: The bark area was determined by subtracting the wood area from the total area. The sapwood area was the difference between the total wood area and the heartwood area. The area of decayed sapwood was determined as the difference between the total area of decayed wood minus the area of decayed heartwood. The diameter was estimated from the total area assuming that the area was a circle (often it was elliptical). The area of outer versus inner bark was initially calculated using the inner bark thickness measurements and the wood diameter based on the outermost wood surface. As it became more difficult to measure the inner bark thickness due to decay, the area of each bark tissue was estimated using the initial proportions of outer versus inner bark and applying that to the total bark area. This assumes that when outer bark is lost from the circumference, that inner bark is lost as well. Based on observations, this assumption conforms to how bark is typically lost during the decomposition process. For the 1985-2005 period wood density was sampled radially along a series of transects along a cross-section that went from the top to the bottom through the center, and the two sides to the center. Rectangular blocks of wood were rough-cut to create these transects by chainsaw forming an X-pattern. One of the blocks sampled in the vertical direction and two shorter blocks were used to sample in the horizontal direction. Portions of the cross-section with large knots were avoided when possible. A table saw was used to trim the blocks to precise cross-sectional area (75 by 50 mm), and then smaller blocks were cut--either 25 mm or 38 mm wide in the radial dimension. The prepared blocks were categorized by sapwood, mixed, or heartwood types. Samples were identified as to type, log number, end, and piece by bar- code labels. All subsequent measurements (weight and dimensions) were referenced to these labels by microcomputer and a bar code reader. The volume of knots within each block was visually estimated by checking against prepared standards. For the 2015 sampling cross-sections were sampled using two different methods as the log cross-sections had become decayed enough that it was not safe to cut them on a table saw. The first method was similar to the radial sampling in that bark and wood samples were removed from the top, bottom, and sides of the cross-sections. However, only one sample was removed for bark, sapwood, and heartwood per “transect”. The bark samples were combined into one sample and inner and outer bark were separated. The wood samples were kept separate for each transect and represented a physical average. The sapwood sample was generally rectangular in shape; the heartwood sample was a triangle centered on the pith (if it was visible). The dimensions, wet and dry weights of these samples were determined as in earlier years of processing. The second method used anticipated the method that will likely have to be used when the logs become extremely decayed. In this method each layer of tissue (outer bark, inner bark, sapwood, and heartwood ) is sampled as a series of concentric rings that are separated and weighed. For each ring of tissue the diameter, longitudinal thickness, and total wet weight was determined. When fragmentation removed a portion of the ring (typically for bark), the circumferential length of the tissue was measured as well as the radial and longitudinal length, and the total wet weight of the ring of tissue. Dry weights for the entire cross-section were determined by adjusting the wet weight using the moisture content of the samples removed in the first sampling. The radial, longitudinal, and tangential dimensions were measured to the nearest 0.1 mm with calipers for samples removed from each cross- section cut. For samples removed radially along a transect, a polynomial relationship was found that could be used to estimate the cross-sectional area at any point to within 1.8 percent of the actual value by using the cross- sectional area at both ends and the middle. The tangential and longitudinal dimensions at both ends and the middle were used to parameterize this relationship for each cross- section. The weight of each block or sample before and after oven drying was determined to the nearest 0.01 g by using an electronic digital balance linked to a microcomputer. Oven drying was generally at 55°C for seven days or until the dry weight stabilized. After recording the thickness at four points of each cross-section, the outer and inner bark were also sampled for density and moisture content for each cross-section typically by removing subsamples from the top, side, and bottom that were then combined into one sample. Each subsample of bark was 20- to 30-cm length of the circumference. The radial, longitudinal, and tangential dimensions of these pieces were recorded. For radial dimensions, at least six measurements were made to give a reasonable average. As decomposition proceeded it became difficult to measure some tissue thicknesses directly. In the case of inner bark extensive decomposition lead to a collapse of this tissue. Therefore the initial thickness measurements from 1985 were used instead. For sapwood, either fragmentation, complete decomposition, or decay obscured the sapwood-heartwood boundary. The initial thickness of sapwood in 1985 for a log was used to determine the approximate thickness of sapwood samples. The latter method was used extensively in 2015 for both Pacific silver fir, western redcedar, and western hemlock. For the first two species sapwood was often missing. For western hemlock the sapwood-heartwood boundary was not always obvious. Outer and inner bark were separated by chisel for all species, except Pacific silver fir. The weight of each bark sample before and after oven drying was determined to the nearest 0.01 g using an electronic digital balance linked to microcomputer. Oven drying was at 55°C for seven days. Previously oven dried outer bark samples were soaked in water 48 hours, and then volume was measured to the nearest 1 cm3 by water displacement. This method was the preferred one to determine volume for density calculations. It was found that the irregular shape of the outer bark surface made volume estimates from dimensions highly uncertain. Moisture content, calculated from the weight before and after oven drying, was expressed as a percentage of oven dry weight. Density was calculated as oven dry weight over green volume. For outer bark samples, volume was based on water displacement; for other tissues it was based on dimensional analysis for both the individual sample and the ring-based sampling methods. In 1985 each tissue type was sampled from a subset of 10 logs of each species for nutrient content and cell wall carbon chemistry (that is, lignin, cellulose, acid detergent fiber). After 1985 samples were taken from each log that was processed. In 1985 a separate set of bark subsamples was removed and stored frozen until processing. In 1985 sapwood and heartwood samples were removed from the oven dried pieces as were inner bark, sapwood, and heartwood after that period. Outer bark samples after 1985 were taken from samples that were dried, but not used in the water displacement determination of volume. All tissues were first coarse ground, and then fine ground with a Wiley mill to pass a 40-mesh screen. Nitrogen content was measured using microKjeldahl digestion. Concentration of assorted elements--including calcium, copper, iron, potassium, magnesium, manganese, phosphorus, sulfur, and zinc--were measured by inductively coupled argon spectroscopy. Acid detergent fiber, permanganate lignin, and cellulose were measured using the procedures of Goering and Van Soest (1970). Unextracted material was used for these analyses. For details see http://andrewsforest.oregonstate.edu/data/studies/td014/td014_sitedescription.pdf Sampling frequency: incrementally The experiments are being conducted at six sites located within intact old-growth Douglas-fir-western hemlock forests. The experimental design is a split-split plot in time. Each site represents a block, and log species is the main plot effect. Substrate layer (that is, inner bark, outer bark, sapwood, and heartwood) is the subplot effect. Logs were sampled (or in some cases) resampled annually for first 5 years, and then sampled at 2, 4 and 10 year intervals. This allows for a greater temporal resolution initially, but decreases the resolution as time passes and decomposition slows allowing for long-term patterns to be seen. Andrews Experimental Forest (HJA) -122.26172200 -122.10084700 44.28196400 44.19770400 1631 1631 meter H.J. Andrews Log decomp sites -122.22958280 -122.12612610 44.26604506 44.22808159 965 965 meter H.J. Andrews Log decomp site 1 -122.17043111 -122.17043111 44.26604506 44.26604506 965 965 meter H.J. Andrews Log decomp site 2 -122.18823490 -122.18823490 44.25593256 44.25593256 858 858 meter H.J. Andrews Log decomp site 3 -122.22958283 -122.22958283 44.23111015 44.23111015 539 539 meter H.J. Andrews Log decomp site 4 -122.16847050 -122.16847050 44.23341661 44.23341661 748 748 meter H.J. Andrews Log decomp site 5 -122.14464099 -122.14464099 44.24212614 44.24212614 961 961 meter H.J. Andrews Log decomp site 6 -122.12612613 -122.12612613 44.22852991 44.22852991 949 949 meter All LIDET sites -149.56666660 -65.81666660 68.63333330 9.16666660 Coweeta Hydrologic Laboratory LIDET site -83.50000000 -83.50000000 35.00000000 35.00000000 700 700 meter Cedar Creek Natural History Area, Minnesota LIDET site -93.20000000 -93.20000000 45.40000000 45.40000000 230 230 meter Konza Prairie Research Natural Area, Kansas LIDET site -96.58333333 -96.58333333 39.08333333 39.08333333 366 366 meter H.J. Andrews Log decomp site 0 -122.22958280 -122.12612610 44.26604506 44.22808159 965 965 meter Sherri L. Johnson

US Forest Service ;Pacific NW Research Station ;3200 SW Jefferson Way Corvallis OR 97331 USA

541-758-7771 sherri.johnson2@usda.gov sherri.johnson@oregonstate.edu https://www.fs.fed.us/research/people/profile.php?alias=sherrijohnson Principal Investigator Julia A. Jones

Oregon State University;Department of Geosciences; Wilkinson Hall 104 Corvallis OR 97331-5506 USA

(541) 737-1224 Julia.Jones@oregonstate.edu geojulia@comcast.net http://ceoas.oregonstate.edu/profile/jones/ http://orcid.org/0000-0001-9429-8925 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 Principal Investigator Michael P. Nelson

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

541-737-9221 mpnelson@oregonstate.edu http://www.michaelpnelson.com http://orcid.org/0000-0001-6917-4752 Principal Investigator David Bell david.bell@usda.gov david.bell@oregonstate.edu https://lemma.forestry.oregonstate.edu/about/david-bell 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: DEB1440409 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. 1 TD01401 Whole Log Descriptions: A general description of the logs (length, diameters, bark cover); used to estimate how the log has fragmented over time TD01401.csv 111259 2e492e2c29eeaf250808dbddf30263bc 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01401_v4.csv 1986-09-08 2016-08-24 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 1.0000 1.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 SITE Bedding site of log added to char(1) 0 Sample from log at one of study sites (1-6), site unknown originally for knot samples taken from scraps pile at annual harvest 4 W of 350 road near junction of 350 and 1506 3 N of 410 road 5 SW of 354 road 1 End of 327 road 6 1506 road above 350 junction 2 End of 324 road A All sites combined for summaries LOGNUM Number of log numeric(3,0) number 1.000000 natural 1.0000 900.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot TREATMNT Treatment of log exclosure, inclosure or control char(1) N Control - time series J Jumbo - large diameter logs (>75 cm) E Insect exclosure TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 30.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 2016.0000 DIAM_END1 diameter of large end of log numeric(5,1) centimeters 1 real 35.7000 105.0000 DIAM1 diameter of first sample cut numeric(4,1) centimeters 0.100000 real 27.5000 58.0000 DIST1 distance from large end to first sample cut numeric(3,1) meters 1 real 0.2000 4.1000 DIAM2 diameter of second sample cut numeric(4,1) centimeters 0.100000 real 31.5000 58.0000 DIST2 distance from large end to second sample cut numeric(3,1) meters 1 real 0.7000 4.8000 DIAM_MID diameter of middle of log numeric(5,1) centimeters 1 real 33.3000 68.0000 DIST_MID distance to middle of log from large end numeric(3,1) meters 1 real 2.0000 3.3000 DIAM3 diameter of third sample cut numeric(4,1) centimeters 0.100000 real 38.5000 55.4000 DIST3 distance from large end to third sample cut numeric(3,1) meters 1 real 1.6000 3.3000 DIAM4 diameter of fourth sample cut numeric(5,1) centimeters 1 real 34.8000 56.5000 DIST4 distance from large end to fourth sample cut numeric(3,1) meters 1 real 2.3000 4.2000 DIAM5 diameter of fifth sample cut numeric(5,1) centimeters 1 real 31.2000 57.5000 DIST5 distance from large end to fifth sample cut numeric(3,1) meters 1 real 3.3000 5.4000 DIAM_END2 diameter of smaller end of log numeric(5,1) centimeters 1 real 28.5000 122.0000 EST_DIAM log diameter estimated from photo char(1) Y Log diameter was estimated from a photo N No log diameter estimation made LENGTH Total log length numeric(6,2) meters 0.010000 real 2.5000 6.5000 LENGTHUP Length of log suspended off ground numeric(6,1) meters 0.100000 real 0.0000 8.0000 BARK_MISSING Cover of bark missing on log numeric(6,1) square meters 0.100000 real 0.0000 8.5000 ORIENT Compass orientation of log from 90 degree to 270 degree numeric(3,0) degrees angle 1.000000 whole 3.0000 358.0000 ASPECT Aspect of ground at point of placement. used of log with respect to aspect. numeric(3,0) degrees azimuth 1.000000 whole 0.0000 357.0000 SLOPE Inclination of the log numeric(3,0) percent 1.000000 whole 0.0000 290.0000 BRANCH Number of branches with fresh wounds. numeric(3,0) number 1.000000 whole 0.0000 35.0000 VOLUME Volume of log numeric(7,4) cubic meters 0.000100 real 0.4786 3.5770 SURFAREA Surface area of log numeric(7,3) square meters 0.001000 real 6.2160 12.8320 SAMPLEDATE Date of sample processing datetime YYYY-MM-DD 9/8/1985 12:00:00 AM 8/24/2016 12:00:00 AM MOSS_COVER percent of log covered in moss numeric(3,0) percent 1 whole 0.0000 100.0000 COMMENTS_FIELD comments from field data sheets char(254) comments from field data sheets PRIMARY TD01401.LOGNUM TD01401.TIME TD01401.SITECODE NOTNULL TD01401.SITE TD01401.TREATMNT TD01401.DBCODE TD01401.ENTITY TD01401.LOGNUM TD01401.TIME TD01401.YEAR TD01401.SAMPLEDATE TD01401.LOG_SPECIES TD01401.SITECODE 879 3 TD01403 Sample volume, moisture, and density: TD01403.csv 5746552 1a810d967ca2353a5637c0040e77e893 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01403_v3.csv 1985-03-26 2015-12-09 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 3.0000 3.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 1.0000 900.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SECTION Section of log char(1) Y 2nd cross-section from log remnant 1st cross-section from log remnant in 1992 Z 2nd cross section from log remnant in 1992 3 Cross section from year 0, extra section X 1st cross-section from log remnant A 1st cross-section from large end 1st sample 1 Cross-section from large end of log - initial sample 2 Cross section from small end of log - initial sample B 2nd cross-section from large end 1st sample D 4th cross-section from large end 1st sample C 3rd cross-section from large end 1st sample E 5th cross-section from large end 1st sample F 6th cross-section from large end 1st sample, usually insect enclosure logs G Partial harvest samples from 1993 full harvest logs collected in 1997 H Partial harvest samples from 1993 full harvest logs collected in 1997 TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 30.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 2016.0000 SUBTYPE Substrate type(e.g. innerbark, heartwood) char(1) W Wood standard K Knot wood S Sapwood E Heartwood near log end (terminal) I Inner bark H Heartwood 3 Wood standard decay class 3 5 Wood standard decay class 5 1 Pine needle nbs standard reference material # 1575 2 Wood standard decay class 2 M Mushroom or sporocarp tissues O Outer bark A Arthropod T Transition between sapwood and heartwood R Rotten wood L Leaf sample X Whole log in which all the bark and wood tissues are combined SHAPE Dimensional shape of sample taken from cross-section char(1) 1 Rectangular 4 Triangle (pie wedge) RADPOS Radial position of sample, for bark the number is zero. numeric(2,0) number 1.000000 whole 0.0000 45.0000 D1 Dimension in radial direction numeric(5,1) millimeters 0.100000 real 1.0000 293.0000 D2 Dimension in tangential direction. If missing then volume calculated using other radial measurement (D1, D3, D4, or volume known). numeric(6,1) millimeters 0.100000 real 1.0000 1757.0000 D3 Dimension in longitudinal direction, if missing then calculated numeric(5,1) millimeters 0.100000 real 15.0000 703.0000 D4 Angle, in degrees, if triangle shape numeric(4,1) degrees angle 1 real 0.0000 90.0000 VOL1 Volume including air voids, calculated from d1,d2,d3; if missing, d2 and d3 calculated from measurement of end and center pieces numeric(5,1) milliliters 0.100000 real 2.0000 1449.0000 VOL2 Volume of bark measured by water displacement numeric(5,1) milliliters 0.100000 real 0.2000 774.0000 AIRAREA Area of bark in air voids, measured with a wire grid. missing after 1986 numeric(5,1) square millimeters 10.000000 real 0.0000 1990.0000 WETWT Wet weight of sample numeric(6,2) grams 0.100000 real 0.0000 567.6000 DRYWT Dry weight of sample. dried 7 days at 55 degree c numeric(6,2) grams 0.100000 real 0.0100 492.0000 MOIST Moisture content of sample. calculated from wetwet and drywt numeric(5,1) percent 0.100000 real 0.0000 1422.2000 DEN1 Density based on dry wt. and vol 1. this is apparent density including air voids numeric(5,3) grams per milliliter 0.000100 real 0.0010 36.0400 DEN2 Density based on dry wt. and vol2. this is actual density for bark numeric(5,3) grams per milliliter 0.000100 real 0.1530 1.1280 KNOTVOL Volume of wood block that is knot numeric(3,0) percent 1.000000 natural 0.0000 80.0000 SAMPLEDATE Date of sample processing datetime YYYY-MM-DD 1/15/1985 12:00:00 AM 10/1/2016 12:00:00 AM COMMENTS_LAB Comments from lab data sheets char(254) Comments from lab data sheets PRIMARY TD01403.SECTION TD01403.SUBTYPE TD01403.LOGNUM TD01403.TIME TD01403.SAMPLEDATE NOTNULL TD01403.SECTION TD01403.SUBTYPE TD01403.DBCODE TD01403.ENTITY TD01403.LOGNUM TD01403.TIME TD01403.YEAR TD01403.SAMPLEDATE 54695 4 TD01404 Sample Wet and Dry Weights: TD01404.csv 6971994 eb730dae7fead1b74c73e60ca03cf25e 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01404_v3.csv 1985-11-25 2016-10-01 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 4.0000 4.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 0.0000 900.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SECTION Section of log char(1) Y 2nd cross-section from log remnant 1st cross-section from log remnant in 1992 Z 2nd cross section from log remnant in 1992 3 Cross section from year 0, extra section X 1st cross-section from log remnant A 1st cross-section from large end 1st sample 1 Cross-section from large end of log - initial sample 2 Cross section from small end of log - initial sample B 2nd cross-section from large end 1st sample D 4th cross-section from large end 1st sample C 3rd cross-section from large end 1st sample E 5th cross-section from large end 1st sample F 6th cross-section from large end 1st sample, usually insect enclosure logs G Partial harvest samples from 1993 full harvest logs collected in 1997 H Partial harvest samples from 1993 full harvest logs collected in 1997 TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 200.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 2016.0000 SUBTYPE Substrate type(e.g. innerbark, heartwood) char(1) W Wood standard K Knot wood S Sapwood E Heartwood near log end (terminal) I Inner bark H Heartwood 3 Wood standard decay class 3 5 Wood standard decay class 5 1 Pine needle nbs standard reference material # 1575 2 Wood standard decay class 2 M Mushroom or sporocarp tissues O Outer bark A Arthropod T Transition between sapwood and heartwood R Rotten wood L Leaf sample X Whole log in which all the bark and wood tissues are combined RADPOS Radial position of sample, for bark the number is zero. numeric(2,0) number 1.000000 whole 0.0000 45.0000 WEIGHT_TYPE Is sample wet weight or oven dried weight? W=wet weight D=dry weight char(1) D Dry weight W Wet weight WEIGHT Weight of sample (either fresh or over dried. data from electronic digital scale. numeric(7,2) grams 0.100000 real 0.0000 590.0000 SAMPLEDATE Date of sample processing datetime YYYY-MM-DD 11/25/1985 12:00:00 AM 10/1/2016 12:00:00 AM PRIMARY TD01404.SECTION TD01404.SUBTYPE TD01404.WEIGHT_TYPE TD01404.LOGNUM TD01404.RADPOS TD01404.TIME TD01404.SAMPLEDATE NOTNULL TD01404.SECTION TD01404.SUBTYPE TD01404.WEIGHT_TYPE TD01404.DBCODE TD01404.ENTITY TD01404.LOGNUM TD01404.RADPOS TD01404.TIME TD01404.WEIGHT TD01404.YEAR TD01404.SAMPLEDATE 109568 5 TD01405 Wood and Bark Sample Outer Dimensions: TD01405.csv 1424671 90e48b9160b2e4d5a80a8f88fedccb4a 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01405_v3.csv 1985-12-11 2015-10-01 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 5.0000 5.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural -1.0000 900.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SECTION Section of log char(1) Y 2nd cross-section from log remnant 1st cross-section from log remnant in 1992 Z 2nd cross section from log remnant in 1992 3 Cross section from year 0, extra section X 1st cross-section from log remnant A 1st cross-section from large end 1st sample 1 Cross-section from large end of log - initial sample 2 Cross section from small end of log - initial sample B 2nd cross-section from large end 1st sample D 4th cross-section from large end 1st sample C 3rd cross-section from large end 1st sample E 5th cross-section from large end 1st sample F 6th cross-section from large end 1st sample, usually insect enclosure logs G Partial harvest samples from 1993 full harvest logs collected in 1997 H Partial harvest samples from 1993 full harvest logs collected in 1997 TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 30.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 2015.0000 RADPOS Radial position of sample, for bark the number is zero. numeric(2,0) number 1.000000 whole 0.0000 45.0000 SAWSET Indicates if saw was reset during the final cutting. if blank then the saw w as set once, a twice, b three times etc char(1) 1 saw was set once 2 saw was set twice 3 saw was set three times SHAPE Dimensional shape of sample taken from cross-section char(1) 1 Rectangular 4 Triangle (pie wedge) SUBTYPE Substrate type(e.g. innerbark, heartwood) char(1) W Wood standard K Knot wood S Sapwood E Heartwood near log end (terminal) I Inner bark H Heartwood 3 Wood standard decay class 3 5 Wood standard decay class 5 1 Pine needle nbs standard reference material # 1575 2 Wood standard decay class 2 M Mushroom or sporocarp tissues O Outer bark A Arthropod T Transition between sapwood and heartwood R Rotten wood L Leaf sample X Whole log in which all the bark and wood tissues are combined RECTANGLE_TYPE Shape of the rectangle piece of wood cut from the sample (regular or irregular). May indicate if end piece or not. char(1) R Regular rectangular shaped piece I Irregular rectangular shaped piece GD1 Radial dimension of green piece, measurements taken before oven drying (which can cause shrinkage), measured with caliper numeric(5,1) millimeters 0.100000 real 0.0000 293.0000 GD2 Tangential dimension of green piece, measurements taken before oven drying (which can cause shrinkage) numeric(5,1) millimeters 0.100000 real 0.0000 1757.0000 GD3 Longitudinal dimension of green piece, measurements taken before oven drying (which can cause shrinkage) numeric(5,1) millimeters 0.100000 real 0.0000 512.0000 GD4 Green dimension angle if shape=4 numeric(5,1) millimeters 1 real 13.5000 20.0000 DD1 Radial dimension of oven dried piece numeric(5,1) millimeters 0.100000 real 22.9000 26.0000 DD2 Tangential dimension of oven dried piece numeric(5,1) millimeters 0.100000 real 65.7000 71.2000 OD3 Longitudinal dimension of oven dried piece numeric(5,1) millimeters 0.100000 real 45.0000 49.6000 SAMPLEDATE Date of sample processing datetime YYYY-MM-DD 12/11/1985 12:00:00 AM 10/1/2015 12:00:00 AM PRIMARY TD01405.SECTION TD01405.SUBTYPE TD01405.LOGNUM TD01405.RADPOS TD01405.TIME NOTNULL TD01405.SECTION TD01405.SUBTYPE TD01405.DBCODE TD01405.ENTITY TD01405.GD1 TD01405.GD2 TD01405.LOGNUM TD01405.RADPOS TD01405.TIME TD01405.YEAR TD01405.SAMPLEDATE TD01405.RECTANGLE_TYPE 17625 6 TD01406 Block and Sample Arrangement in Cross-sections: The arrangement of samples into transects (top to bottom, left to right) TD01406.csv 155248 9fde7f86a69f3065199cc666b6c30fed 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01406_v4.csv 1985-11-25 2015-10-01 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 6.0000 6.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 1.0000 900.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SECTION Section of log char(1) Y 2nd cross-section from log remnant 1st cross-section from log remnant in 1992 Z 2nd cross section from log remnant in 1992 3 Cross section from year 0, extra section X 1st cross-section from log remnant A 1st cross-section from large end 1st sample 1 Cross-section from large end of log - initial sample 2 Cross section from small end of log - initial sample B 2nd cross-section from large end 1st sample D 4th cross-section from large end 1st sample C 3rd cross-section from large end 1st sample E 5th cross-section from large end 1st sample F 6th cross-section from large end 1st sample, usually insect enclosure logs G Partial harvest samples from 1993 full harvest logs collected in 1997 H Partial harvest samples from 1993 full harvest logs collected in 1997 TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 30.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 2015.0000 SB1 Wood piece diameter #1 starts on. a sequential number of sample position. actual start of #1 numeric(2,0) number 1.000000 natural 1.0000 2.0000 DS1 Dimensional start of diameter #1; start of regular portion of diameter #1, if different from above numeric(2,0) number 1.000000 natural 1.0000 7.0000 EB1 Wood piece diameter #1 ends on a sequential number of sample position. actual end of #1 numeric(2,0) number 1.000000 natural 4.0000 25.0000 DE1 Dimensional end of diameter #1; end regular portion of diameter #1, if different from above numeric(2,0) number 1.000000 natural 7.0000 25.0000 SB2 Wood piece diameter #2 starts on a sequential number of sample position. actual start of #2 numeric(2,0) number 1.000000 natural 5.0000 25.0000 DS2 Dimensional start of diameter #2; start of regular portion of diameter #2, if different from above numeric(2,0) number 1.000000 natural 10.0000 27.0000 EB2 Wood piece diameter #2 ends on a sequential number of sample position. actual end of #2 numeric(2,0) number 1.000000 natural 6.0000 35.0000 DE2 Dimensional end of diameter #2; end regular portion of diameter #2, if different from above numeric(2,0) number 1.000000 natural 10.0000 35.0000 SB3 Wood piece diameter #3 starts on a sequential number of sample position. actual start of #3 numeric(2,0) number 1.000000 natural 7.0000 36.0000 DS3 Dimensional start of diameter #3; start of regular portion of diameter #3, if different from above numeric(2,0) number 1.000000 natural 10.0000 38.0000 EB3 Wood piece diameter #3 ends on a sequential number of sample position. actual end of #3 numeric(2,0) number 1.000000 natural 8.0000 45.0000 DE3 Dimensional end of diameter #3; end regular portion of diameter #3, if different from above numeric(2,0) number 1.000000 natural 15.0000 45.0000 PITH Block that contains the pith numeric(2,0) number 1.000000 integer -1.0000 45.0000 PRIMARY TD01406.SECTION TD01406.LOGNUM TD01406.TIME NOTNULL TD01406.SECTION TD01406.DBCODE TD01406.ENTITY TD01406.EB1 TD01406.LOGNUM TD01406.SB1 TD01406.TIME TD01406.YEAR TD01406.LOG_SPECIES 2458 7 TD01407 Knot Volume Correction Estimate for Wood Samples: TD01407.csv 135435 94ca75eb77011020b8154f04082cb0b6 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01407_v3.csv 1985-12-12 2005-10-21 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 7.0000 7.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 3.0000 833.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SECTION Section of log char(1) Y 2nd cross-section from log remnant 1st cross-section from log remnant in 1992 Z 2nd cross section from log remnant in 1992 3 Cross section from year 0, extra section X 1st cross-section from log remnant A 1st cross-section from large end 1st sample 1 Cross-section from large end of log - initial sample 2 Cross section from small end of log - initial sample B 2nd cross-section from large end 1st sample D 4th cross-section from large end 1st sample C 3rd cross-section from large end 1st sample E 5th cross-section from large end 1st sample F 6th cross-section from large end 1st sample, usually insect enclosure logs G Partial harvest samples from 1993 full harvest logs collected in 1997 H Partial harvest samples from 1993 full harvest logs collected in 1997 TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 20.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 2005.0000 RADPOS Radial position of sample, for bark the number is zero. numeric(2,0) number 1.000000 whole 1.0000 44.0000 KNOTVOL Volume of wood block that is knot numeric(3,0) percent 1.000000 natural 0.0000 80.0000 EXAMDATE Date the piece was examined. for years 1-4 these are approximate dates. datetime YYYY-MM-DD 1.000000 12/12/1985 12:00:00 AM 10/21/2005 12:00:00 AM PRIMARY TD01407.SECTION TD01407.LOGNUM TD01407.TIME NOTNULL TD01407.SECTION TD01407.DBCODE TD01407.ENTITY TD01407.EXAMDATE TD01407.KNOTVOL TD01407.LOGNUM TD01407.TIME TD01407.YEAR 2426 8 TD01408 Ryan et al Cell Wall Chemistry of Bark and Wood Samples: TD01408.csv 18918 708ee991b4833205b2cf6c2b60011632 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01408_v4.csv 1985-11-25 1993-10-25 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 8.0000 8.0000 STUDYID Study identification char(3) COW Coweeta LTER NBS National Bureau of Standards, standard reference material CED Cedar Creek LTER KON Konza lLTER MAC MacDonald forest Corvallis HJA H.J. Andrews Experimental Forest, Oregon WWN Wallowa Valley Ranger district, Wallowa Whitman National Forest 25 miles NE Enterprise, 0regon ALL Material from TD23 LIDET study, see for source LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 7.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 1993.0000 SUBTYPE Substrate type(e.g. innerbark, heartwood) char(1) W Wood standard K Knot wood S Sapwood E Heartwood near log end (terminal) I Inner bark H Heartwood 3 Wood standard decay class 3 5 Wood standard decay class 5 1 Pine needle nbs standard reference material # 1575 2 Wood standard decay class 2 M Mushroom or sporocarp tissues O Outer bark A Arthropod T Transition between sapwood and heartwood R Rotten wood L Leaf sample X Whole log in which all the bark and wood tissues are combined SUBNUM Unique number for each subtype in a given studyid, species, year, time. Used for primary key. numeric(2,0) number 1 natural 1.0000 3.0000 ASH Ash content numeric(6,3) percent 0.001000 real 0.0000 3.9000 LIGNINR Lignin content based on Effland 1977 Tappi 6(10) ligin is defined as the res d digest at 100 c. this for extact free wood numeric(6,2) percent 0.010000 real 20.8700 71.8300 ACIDSOL Acid soluble carbohydrates, based upon Effland 1977 Tappi 6(100) digestion in 72% sulfuric acid, this is for extractive free wood numeric(6,2) percent 0.010000 real 16.1300 71.1600 NPE Non polar extractives, dichloromehtane (CH2Cl2) in sonicator 90 min numeric(6,2) percent 0.010000 real 0.1900 18.5600 WSE Water soluble extractives, 3 hours in 100 c water, ryan et al method numeric(6,2) percent 0.010000 real 3.1100 16.2100 WSSUG Percent of water soluble matter that is sugar, phenol-sulfuric acid assay numeric(6,2) percent 0.010000 real 0.4300 7.2700 ASSUG Percent of acid soluble carbohydrates that is sugar, using phenol-surfuric a numeric(6,2) percent 0.010000 real 2.8600 79.6100 TANNIN Tannin content based upon folin-denis method using tannic acid as a standard numeric(6,2) percent 0.010000 real 0.2000 8.3100 PRIMARY TD01408.STUDYID TD01408.SUBTYPE TD01408.TIME TD01408.YEAR TD01408.SUBNUM TD01408.LOG_SPECIES NOTNULL TD01408.STUDYID TD01408.SUBTYPE TD01408.DBCODE TD01408.ASH TD01408.ENTITY TD01408.NPE TD01408.TANNIN TD01408.TIME TD01408.WSE TD01408.WSSUG TD01408.YEAR TD01408.SUBNUM TD01408.LOG_SPECIES 257 9 TD01409 Radial Bark Thickness: The radial thickness of inner and outer bark of the undecayed logs TD01409.csv 126871 c4a82bb170b3137bad989bc0215e87d3 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01409_v3.csv 1985-11-30 1992-09-24 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 9.0000 9.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 1.0000 900.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SECTION Section of log char(1) Y 2nd cross-section from log remnant 1st cross-section from log remnant in 1992 Z 2nd cross section from log remnant in 1992 3 Cross section from year 0, extra section X 1st cross-section from log remnant A 1st cross-section from large end 1st sample 1 Cross-section from large end of log - initial sample 2 Cross section from small end of log - initial sample B 2nd cross-section from large end 1st sample D 4th cross-section from large end 1st sample C 3rd cross-section from large end 1st sample E 5th cross-section from large end 1st sample F 6th cross-section from large end 1st sample, usually insect enclosure logs G Partial harvest samples from 1993 full harvest logs collected in 1997 H Partial harvest samples from 1993 full harvest logs collected in 1997 TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 15.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 1992.0000 PIECE Unique piece number for each section of log measured in a particular site and year. Used for primary key. numeric(2,0) number 1 natural 1.0000 2.0000 OB1 Outer bark thickness at top of logs numeric(3,0) millimeters 1.000000 whole 0.0000 65.0000 OB2 Outer bark thickness at right side of log facing the end numeric(3,0) millimeters 1.000000 whole 0.0000 60.0000 OB3 Outer bark thickness at base of log numeric(3,0) millimeters 1.000000 whole 0.0000 45.0000 OB4 Outer bark thickness at left side of log facing it numeric(3,0) millimeters 1.000000 whole 1.0000 52.0000 IB1 Inner bark thickness at top log numeric(3,0) millimeters 1.000000 whole 1.0000 21.0000 IB2 Inner bark thickness at right side of log numeric(3,0) millimeters 1.000000 whole 0.0000 23.0000 IB3 Inner bark thickness at bottom of log numeric(3,0) millimeters 1.000000 whole 0.0000 17.0000 IB4 Inner bark thickness at left side of log numeric(3,0) millimeters 1.000000 whole 1.0000 16.0000 SAMPLEDATE Date of sample processing datetime YYYY-MM-DD 11/30/1985 12:00:00 AM 9/24/1992 12:00:00 AM PRIMARY TD01409.SECTION TD01409.LOGNUM TD01409.TIME TD01409.PIECE NOTNULL TD01409.SECTION TD01409.DBCODE TD01409.ENTITY TD01409.LOGNUM TD01409.TIME TD01409.YEAR TD01409.SAMPLEDATE TD01409.PIECE 1801 10 TD01410 Insect Galleries: TD01410.csv 80762 d7478c685c6c7b64d8653dcbcb47d803 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01410_v4.csv 1986-09-09 1989-10-05 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 10.0000 10.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 11.0000 523.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 1.0000 4.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1986.0000 1989.0000 TREATMNT Treatment of log exclosure, inclosure or control char(1) N Control - time series J Jumbo - large diameter logs (>75 cm) E Insect exclosure SEGMENT Log segment sampled, defined by the two x-sections that form ends example: ( see the original sheet) char(2) Log segment sampled, defined by the two x-sections that form ends example: ( see the original sheet) POSITION Position on log that sample was taken from char(1) B Bottom S Side T Top ABG Number of ambrosia beetle galleries in area numeric(4,0) number 1.000000 whole 0.0000 49.0000 ABA Area of sample for ambrosia beetles numeric(7,3) square meters 0.001000 real 0.0630 0.0630 BBG Number of bark beetle galleries in area numeric(4,0) number 1.000000 whole 0.0000 21.0000 BBA Area of sample for bark bettles numeric(7,3) square meters 0.001000 real 0.0000 5.6960 WBG Number of wood borer galleries as indicated by larval? numeric(4,0) number 1.000000 whole 0.0000 22.0000 WBA Area of sample for wood borers numeric(7,3) square meters 0.001000 real 0.0000 5.6960 SAMPLEDATE Date of sample processing datetime YYYY-MM-DD 9/9/1986 12:00:00 AM 10/5/1989 12:00:00 AM PRIMARY TD01410.POSITION TD01410.LOGNUM TD01410.TIME NOTNULL TD01410.POSITION TD01410.DBCODE TD01410.ABA TD01410.ABG TD01410.BBA TD01410.BBG TD01410.ENTITY TD01410.LOGNUM TD01410.TIME TD01410.WBA TD01410.WBG TD01410.YEAR TD01410.SAMPLEDATE TD01410.LOG_SPECIES 993 11 TD01411 Nutrient Content of Bark, Wood, Fungal, and Insect Samples: TD01411.csv 152508 b8bf6fa138ec1784dec28b37798d5e64 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01411_v4.csv 1987-04-23 1994-02-20 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 11.0000 11.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 STUDYID Study identification char(3) COW Coweeta LTER NBS National Bureau of Standards, standard reference material CED Cedar Creek LTER KON Konza lLTER MAC MacDonald forest Corvallis HJA H.J. Andrews Experimental Forest, Oregon WWN Wallowa Valley Ranger district, Wallowa Whitman National Forest 25 miles NE Enterprise, 0regon ALL Material from TD23 LIDET study, see for source LOGNUM Number of log numeric(3,0) number 1.000000 natural 0.0000 523.0000 SAMPLED_SPECIES Species sampled; includes tree species as well as other species (such as fungi and insects) char(5) OXSP Oxyporus species NACA Naematoloma capnoides MYOC Mycena occidentalis POVE Polyporus versicolor HEAB Hericium abietes PHTR Phlebia tremellosus AMSP Ampedus spp., mixed species small brown elaterid beetles BMIX Buprestis rusticorum and dicerca tenebrosa, mixed buprestid beetles ALME Alaus melanops, large eye-spotted elaterid beetle THUN Thanasimus undatulus, checkered beetle DEPS Dendroctonus pseudotsugae , d.f.bark beetle FOPI Fomitopsis pinicola CHAN Chalcophora angulicollis, sculptured pine borer, buprestid beetle BUAU Buprestis aurulenta, golden buprestid beetle WSTD Psme hw wood standard WST? Wood standard with questionable values RHIN Rhagium inquistor, grey cerambycid beetle PSM? Suspect unknown sample, possibly psme PSTD Pire pine needle standard NEMI Neanthophilax mirificus, red and black cerambycid beetle CTSP Ctenicera spp., mixed species small striped elaterid beetles THPL Thuja plicata ABAM Abies amabilis PSME Pseudotsuga menziesii TSHE Tsuga heterophylla QRC Quercus species ACSA Acer saccharum TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 7.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1987.0000 1994.0000 PIECENUM Unique identifier for nutrient content analysis. T, M, B was removed from lognum_nc (now lognum) and put into this field. Used for primary key. Some data appear to be duplicates. char(1) B Bottom M Middle T Top 1 Piece #1 2 Piece #2 3 Piece #3 4 Piece #4 5 Piece #5 6 Piece #6 7 Piece #7 8 Piece #8 9 Piece #9 SUBTYPE Substrate type(e.g. innerbark, heartwood) char(1) W Wood standard K Knot wood S Sapwood E Heartwood near log end (terminal) I Inner bark H Heartwood 3 Wood standard decay class 3 5 Wood standard decay class 5 1 Pine needle nbs standard reference material # 1575 2 Wood standard decay class 2 M Mushroom or sporocarp tissues O Outer bark A Arthropod T Transition between sapwood and heartwood R Rotten wood L Leaf sample X Whole log in which all the bark and wood tissues are combined N Nitrogen concentration (micro Kjeldahl N) numeric(6,2) percent 0.010000 real 0.0000 11.2000 AL Aluminum concentration (icap inductively coupled argon spectrophotometry) numeric(6,1) parts per million 0.100000 real 0.0000 5066.2002 B Boron concentration (icap inductively coupled argon spectrophotometry) numeric(6,1) parts per million 0.100000 real 0.0000 3074.0000 CA Calcuim concentration (icap inductively coupled argon spectrophotometry) numeric(8,1) parts per million 0.100000 real 0.0000 121200.0000 CU Copper concentration (icap inductively coupled argon spectrophotometry) numeric(6,1) parts per million 0.100000 real 0.0000 86.2000 FE Iron concentration (icap inductively coupled argon spectrophotometry) numeric(6,1) parts per million 0.100000 real 0.0000 9966.4004 K Potassium concentration (icap inductively coupled argon spectrophotometry) numeric(8,0) parts per million 1.000000 whole 0.0000 43490.0000 MG Magnesium concentration (cap inductively coupled argon spectrophotometry) numeric(6,1) parts per million 0.100000 real 0.0000 3498.6001 MN Manganese concentration (icap inductively coupled argon spectrophotometry) numeric(6,1) parts per million 0.100000 real 0.0000 1025.8000 P Phosphorus concentration (icap inductively coupled argon spectrophotometry) numeric(8,1) parts per million 0.100000 real 0.0000 10033.8000 S Sulfur concentration (icap inductively coupled argon spectrophotometry) numeric(6,1) parts per million 0.100000 real 0.0000 1500.0000 ZN Zinc concentration (icap inductively coupled argon spectrophotometry) numeric(8,1) parts per million 0.100000 real 0.0000 309.4000 NA Sodium concentration (icap inductively coupled argon spectrophotometry) numeric(8,1) parts per million 0.100000 real 0.0000 841.3000 LAB Code for laboratory responsible for analysis char(3) MMI Micro macro international inc. analytical lab Athens, Georgia CAL OSU Central analytical laboratory Corvallis, Oregon HOR OSU Central analytical laboratory Corvallis, Oregon SAMPLEDATE Date of sample processing datetime YYYY-MM-DD 4/23/1987 12:00:00 AM 2/20/1994 12:00:00 AM PRIMARY TD01411.SUBTYPE TD01411.TIME TD01411.SAMPLEDATE TD01411.PIECENUM TD01411.SAMPLED_SPECIES NOTNULL TD01411.LAB TD01411.STUDYID TD01411.SUBTYPE TD01411.DBCODE TD01411.ENTITY TD01411.TIME TD01411.YEAR TD01411.SAMPLEDATE TD01411.PIECENUM TD01411.SAMPLED_SPECIES 1251 12 TD01412 Van Soest Cell Wall Chemistry of Wood and Bark Samples: TD01412.csv 39079 e54d8d7cedb600cc4320e6bc2689b41f 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01412_v4.csv 1987-07-30 1989-06-20 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 12.0000 12.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 11.0000 520.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 3.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1987.0000 1989.0000 SUBTYPE Substrate type(e.g. innerbark, heartwood) char(1) W Wood standard K Knot wood S Sapwood E Heartwood near log end (terminal) I Inner bark H Heartwood 3 Wood standard decay class 3 5 Wood standard decay class 5 1 Pine needle nbs standard reference material # 1575 2 Wood standard decay class 2 M Mushroom or sporocarp tissues O Outer bark A Arthropod T Transition between sapwood and heartwood R Rotten wood L Leaf sample X Whole log in which all the bark and wood tissues are combined SAMPLENUM Unique sample number for primary key. Based on studyid,lognum,year,time,subtype. numeric(1,0) number 1 natural 1.0000 2.0000 ADF Acid detergent fiber approximates hemicellulose fraction, non extracted wood numeric(5,2) percent 0.010000 real 14.8500 51.2100 LIGNINV Lignin content, non extracted wood numeric(5,2) percent 0.010000 real 20.6700 62.9700 CELL Cellulose content, nonextracted wood numeric(5,2) percent 0.010000 real 6.4100 51.1700 ASH Ash content numeric(6,3) percent 0.001000 real 0.0300 1.4200 SAMPLEDATE Date of sample processing datetime YYYY-MM-DD 7/30/1987 12:00:00 AM 6/20/1989 12:00:00 AM PRIMARY TD01412.SUBTYPE TD01412.LOGNUM TD01412.TIME TD01412.SAMPLENUM NOTNULL TD01412.SUBTYPE TD01412.DBCODE TD01412.ADF TD01412.ASH TD01412.ENTITY TD01412.CELL TD01412.LIGNINV TD01412.LOGNUM TD01412.TIME TD01412.YEAR TD01412.SAMPLEDATE TD01412.SAMPLENUM TD01412.LOG_SPECIES 501 13 TD01413 Log Location Survey Notes: Used to Produce Maps TD01413.csv 25900 d2ee48d5ad44b136007ed39ba013a4b1 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01413_v4.csv 1985-11-25 1985-11-25 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 13.0000 13.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 SITE Bedding site of log added to char(1) 0 Sample from log at one of study sites (1-6), site unknown originally for knot samples taken from scraps pile at annual harvest 4 W of 350 road near junction of 350 and 1506 3 N of 410 road 5 SW of 354 road 1 End of 327 road 6 1506 road above 350 junction 2 End of 324 road A All sites combined for summaries LOGNUM Number of log numeric(3,0) number 1.000000 natural 1.0000 900.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot POST Post survey reading was made form char(1) A Survey Post A B Survey Post B C Survey Post C D Survey Post D E Survey Post E F Survey Post F G Survey Post G H Survey Post H I Survey Post I J Survey Post J K Survey Post K L Survey Post L M Survey Post M BEARING Bearing from post to end of log nearest road. The leading letter is the initial cardinal direction, the final letter is off of the starting direction, the number is the number of degrees from the starting direction to the actual bearing. (related file) char(4) Bearing from post to end of log nearest road. The leading letter is the initial cardinal direction, the final letter is off of the starting direction, the number is the number of degrees from the starting direction to the actual bearing. (related file) DIST Slope distance to the log from post numeric(6,2) meters 0.050000 real 1.1000 35.4800 ANGLE Slope from post to log numeric(6,0) degrees angle 1.000000 integer -45.0000 55.0000 PRIMARY TD01413.POST TD01413.LOGNUM NOTNULL TD01413.SITE TD01413.BEARING TD01413.DBCODE TD01413.POST TD01413.ANGLE TD01413.ENTITY TD01413.DIST TD01413.LOGNUM 524 14 TD01414 Sporocarp Counts from Logs: TD01414.csv 52595 dde358524f92070e95a8ee91b31891bc 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01414_v4.csv 1985-11-01 1992-11-30 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 14.0000 14.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 1.0000 526.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 7.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 1992.0000 SPOROCAR Number of sporocarps on log numeric(6,0) number 1.000000 whole 0.0000 5850.0000 FUNGI_SPECIES Type of sporocarps analyzed char(4) NACA Naematoloma capnoides POSP Polyporus OXSP Oxyporus BOMI Boletus mirabilis GAAP Ganoderma applanatum DAPA Dacrymyces palmatus MYOC Mycena occidentalis MYEP Mycena epiterygia AGSP Agaric NICA Nidularia candida PHLE Pholiata lenta POVE Polyporus versicolor HEAB Hericium abietes PHTR Phlebia tremellosus FOPI Fomitopsis pinicola FOPD Fomitopsis pinicola, dead UNKN unknown MEANWT Mean weight of fungus numeric(7,3) grams 0.020000 real 0.0000 51.8810 SAMPLEDATE Date of sample processing datetime YYYY-MM-DD 11/1/1985 12:00:00 AM 11/30/1992 12:00:00 AM PRIMARY TD01414.LOGNUM TD01414.TIME NOTNULL TD01414.DBCODE TD01414.ENTITY TD01414.LOGNUM TD01414.MEANWT TD01414.SPOROCAR TD01414.TIME TD01414.YEAR TD01414.SAMPLEDATE TD01414.LOG_SPECIES 826 15 TD01415 Bark Sample Volumes from Water Displacement: TD01415.csv 115157 c4a87184b9cdd774b05bc963bbfc2e01 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01415_v3.csv 1985-11-15 2016-07-06 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 15.0000 15.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 1.0000 828.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SECTION Section of log char(1) Y 2nd cross-section from log remnant 1st cross-section from log remnant in 1992 Z 2nd cross section from log remnant in 1992 3 Cross section from year 0, extra section X 1st cross-section from log remnant A 1st cross-section from large end 1st sample 1 Cross-section from large end of log - initial sample 2 Cross section from small end of log - initial sample B 2nd cross-section from large end 1st sample D 4th cross-section from large end 1st sample C 3rd cross-section from large end 1st sample E 5th cross-section from large end 1st sample F 6th cross-section from large end 1st sample, usually insect enclosure logs G Partial harvest samples from 1993 full harvest logs collected in 1997 H Partial harvest samples from 1993 full harvest logs collected in 1997 TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 30.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 2015.0000 SUBTYPE Substrate type(e.g. innerbark, heartwood) char(1) W Wood standard K Knot wood S Sapwood E Heartwood near log end (terminal) I Inner bark H Heartwood 3 Wood standard decay class 3 5 Wood standard decay class 5 1 Pine needle nbs standard reference material # 1575 2 Wood standard decay class 2 M Mushroom or sporocarp tissues O Outer bark A Arthropod T Transition between sapwood and heartwood R Rotten wood L Leaf sample X Whole log in which all the bark and wood tissues are combined SAMPLENUM Unique sample number for primary key. Based on studyid,lognum,year,time,subtype. numeric(1,0) number 1 natural 1.0000 2.0000 WVOL Water displacement volume of bark. soaked 48-72 hours before measurement numeric(5,0) cubic centimeters 1.000000 whole 14.0000 800.0000 SAMPLEDATE Date of sample processing datetime YYYY-MM-DD 11/15/1985 12:00:00 AM 7/6/2016 12:00:00 AM PRIMARY TD01415.SECTION TD01415.SUBTYPE TD01415.LOGNUM TD01415.TIME TD01415.SAMPLENUM NOTNULL TD01415.SECTION TD01415.SUBTYPE TD01415.DBCODE TD01415.ENTITY TD01415.LOGNUM TD01415.TIME TD01415.YEAR TD01415.SAMPLEDATE TD01415.SAMPLENUM 1920 16 TD01416 Entire cross-section method: data for tissue dimensions, total mass, total volume, and density: TD01416.csv 23172 e15f8e8985d006130e20ae6c75a30147 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01416_v1.csv 2005-09-20 2015-10-21 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 16.0000 16.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 4.0000 526.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SECTION Section of log char(1) Y 2nd cross-section from log remnant 1st cross-section from log remnant in 1992 Z 2nd cross section from log remnant in 1992 3 Cross section from year 0, extra section X 1st cross-section from log remnant A 1st cross-section from large end 1st sample 1 Cross-section from large end of log - initial sample 2 Cross section from small end of log - initial sample B 2nd cross-section from large end 1st sample D 4th cross-section from large end 1st sample C 3rd cross-section from large end 1st sample E 5th cross-section from large end 1st sample F 6th cross-section from large end 1st sample, usually insect enclosure logs G Partial harvest samples from 1993 full harvest logs collected in 1997 H Partial harvest samples from 1993 full harvest logs collected in 1997 TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 30.0000 30.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 2015.0000 2015.0000 BFRAG Is bark fragmented? char(10) Y bark is fragmented N bark is not fragmented BCIRC_LEN Circumferential length of bark if present and fragmented numeric(5,1) centimeters 1 real 0.0000 176.0000 BRAD Radial thickness of bark numeric(5,1) millimeters 1 real 0.0000 28.2000 BLONG Longitudinal length of bark numeric(5,1) millimeters 1 real 0.0000 109.2000 BDIAM Diameter of x-sec if bark not fragmented numeric(5,1) centimeters 1 real 0.0000 56.0000 BTOT_WET Total wet weight of bark numeric(7,2) grams 1 real 0.0000 1438.0200 BTOT_DRY Total dry weight of bark numeric(7,2) grams 1 real 0.0000 829.4300 SFRAG Is sapwood fragmented? char(1) Y sapwood is fragmented N sapwood is not fragmented SCIRC_LEN Circumferential length of sapwood if present and fragmented numeric(5,1) centimeters 1 real 6.2000 138.0000 SRAD Radial thickness of sapwood numeric(5,1) millimeters 1 real 0.0000 105.0000 SLONG Longitudinal length of sapwood numeric(5,1) millimeters 1 real 0.0000 105.5000 SDIAM Diameter of x-sec with bark removed numeric(5,1) centimeters 1 real 0.0000 57.0000 STOT_WET Total wet weight of sapwood numeric(7,2) grams 1 real 0.0000 4905.5000 STOT_DRY Total dry weight of sapwood numeric(7,2) grams 1 real 0.0000 1875.3500 HFRAG Is heartwood fragmented? char(1) Y heartwood is fragmented N heartwood is not fragmented HRAD Radial thickness of heartwood numeric(4,1) millimeters 1 real 107.0000 272.0000 HLONG Longitudinal length of heartwood numeric(5,1) millimeters 1 real 65.7000 106.9000 HDIAM Diameter of heartwood numeric(5,1) centimeters 1 real 21.3000 54.3000 HTOT_WET Total wet weight of heartwood numeric(7,2) grams 1 real 753.5000 9690.0000 HTOT_DRY Total dry weight of heartwood numeric(7,2) grams 1 real 322.6500 6977.1900 B_VOL Total bark volume numeric(9,2) cubic centimeters 1 real 0.0000 2939.2000 S_VOL Total sapwood volume numeric(9,2) cubic centimeters 1 real 0.0000 11314.9600 H_VOL Total heartwood volume numeric(9,2) cubic centimeters 1 real 2950.4000 22405.2500 B_DENSITY Density of bark based on dry weight and volume numeric(4,2) grams per cubic centimeter 1 real 0.0400 0.3700 S_DENSITY Density of sapwood based on dry weight and volume numeric(4,2) grams per cubic centimeter 1 real 0.0400 0.3800 H_DENSITY Density of heartwood based on dry weight and volume numeric(4,2) grams per cubic centimeter 1 real 0.0700 0.4800 SAMPLEDATE Date of sample processing datetime YYYY-MM-DD 10/27/2015 12:00:00 AM 12/9/2015 12:00:00 AM PRIMARY TD01416.SECTION TD01416.LOGNUM TD01416.TIME NOTNULL TD01416.SECTION TD01416.DBCODE TD01416.ENTITY TD01416.LOGNUM TD01416.TIME TD01416.YEAR TD01416.SAMPLEDATE 120 17 TD01417 Entire cross-section method: data for subsample dimensions, mass, and density: TD01417.csv 118910 9ca161dae7cfb706fdfa733eaeafbf9b 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01417_v1.csv 2005-09-20 2015-10-21 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 17.0000 17.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 4.0000 526.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SECTION Section of log char(1) Y 2nd cross-section from log remnant 1st cross-section from log remnant in 1992 Z 2nd cross section from log remnant in 1992 3 Cross section from year 0, extra section X 1st cross-section from log remnant A 1st cross-section from large end 1st sample 1 Cross-section from large end of log - initial sample 2 Cross section from small end of log - initial sample B 2nd cross-section from large end 1st sample D 4th cross-section from large end 1st sample C 3rd cross-section from large end 1st sample E 5th cross-section from large end 1st sample F 6th cross-section from large end 1st sample, usually insect enclosure logs G Partial harvest samples from 1993 full harvest logs collected in 1997 H Partial harvest samples from 1993 full harvest logs collected in 1997 TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 30.0000 30.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 2015.0000 2015.0000 SUBTYPE Substrate type(e.g. innerbark, heartwood) char(1) W Wood standard K Knot wood S Sapwood E Heartwood near log end (terminal) I Inner bark H Heartwood 3 Wood standard decay class 3 5 Wood standard decay class 5 1 Pine needle nbs standard reference material # 1575 2 Wood standard decay class 2 M Mushroom or sporocarp tissues O Outer bark A Arthropod T Transition between sapwood and heartwood R Rotten wood L Leaf sample X Whole log in which all the bark and wood tissues are combined SHAPE Dimensional shape of sample taken from cross-section char(1) 1 Rectangular 4 Triangle (pie wedge) W_RADPOS radial position of wedge sample, for bark the number is zero char(1) 1 top, sapwood 2 top, heartwood 3 bottom,heartwood 4 bottom, sapwood 5 left, sapwood 6 left, heartwood 7 right, heartwood 8 right, sapwood 0 bark D1 Dimension in radial direction numeric(5,1) millimeters 0.100000 real 0.0000 293.0000 D3 Dimension in longitudinal direction, if missing then calculated numeric(5,1) millimeters 0.100000 real 0.0000 116.0000 D4 Angle, in degrees, if triangle shape numeric(4,1) degrees angle 1 real 13.5000 13.5000 D2 Dimension in tangential direction. If missing then volume calculated using other radial measurement (D1, D3, D4, or volume known). numeric(6,1) millimeters 0.100000 real 0.0000 1757.0000 WETWT Wet weight of sample numeric(6,2) grams 0.100000 real 0.0000 493.5000 DRYWT Dry weight of sample. dried 7 days at 55 degree c numeric(6,2) grams 0.100000 real 0.0000 296.5000 DEN Density based on dry weight numeric(5,3) grams per milliliter 1 real 0.0000 0.7000 SAMPLEDATE Date of sample processing datetime YYYY-MM-DD 10/20/2015 12:00:00 AM 12/9/2015 12:00:00 AM COMMENTS_LAB Comments from lab data sheets char(254) Comments from lab data sheets PRIMARY TD01417.SECTION TD01417.SUBTYPE TD01417.LOGNUM TD01417.TIME TD01417.W_RADPOS NOTNULL TD01417.SECTION TD01417.SHAPE TD01417.SUBTYPE TD01417.DBCODE TD01417.ENTITY TD01417.LOGNUM TD01417.TIME TD01417.YEAR TD01417.SAMPLEDATE TD01417.W_RADPOS 1200 18 TD01418 Areas of sound and rotten tissues based on digitized photographic slides of cross-sections: TD01418.csv 202080 6bf5b5461447eac686eddb102c46ad87 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01418_v1.csv 1985-11-25 2001-10-05 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 18.0000 18.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 1.0000 900.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SECTION Section of log char(1) Y 2nd cross-section from log remnant 1st cross-section from log remnant in 1992 Z 2nd cross section from log remnant in 1992 3 Cross section from year 0, extra section X 1st cross-section from log remnant A 1st cross-section from large end 1st sample 1 Cross-section from large end of log - initial sample 2 Cross section from small end of log - initial sample B 2nd cross-section from large end 1st sample D 4th cross-section from large end 1st sample C 3rd cross-section from large end 1st sample E 5th cross-section from large end 1st sample F 6th cross-section from large end 1st sample, usually insect enclosure logs G Partial harvest samples from 1993 full harvest logs collected in 1997 H Partial harvest samples from 1993 full harvest logs collected in 1997 TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 16.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 2001.0000 SAMPLENUM Unique sample number for primary key. Based on studyid,lognum,year,time,subtype. numeric(1,0) number 1 natural 1.0000 2.0000 TA Total cross-sectional area numeric(7,2) square centimeters 2.000000 real 0.0000 10000.0000 WA Cross-sectional area of wood numeric(7,2) square centimeters 2.000000 real 0.0000 10000.0000 BSS Blue-stained sapwood cross-sectional area numeric(7,2) square centimeters 2.000000 real 0.0000 10000.0000 HWA Heartwood cross-sectional area numeric(7,2) square centimeters 2.000000 real 0.0000 10000.0000 SOWA Total area of sound (not rotten) wood numeric(7,2) square centimeters 1 real 0.0000 10000.0000 SOHWA Total area of sound (not rotten) heartwood numeric(7,2) square centimeters 1 real 0.0000 10000.0000 NOTES measurement notes and assumptions char(254) measurement notes and assumptions PRIMARY TD01418.SECTION TD01418.LOGNUM TD01418.TIME TD01418.SAMPLENUM NOTNULL TD01418.SECTION TD01418.DBCODE TD01418.ENTITY TD01418.LOGNUM TD01418.TIME TD01418.YEAR TD01418.SAMPLENUM TD01418.LOG_SPECIES 2143 19 TD01419 Computed diameter and areas of sound and rotten tissues based on digitized photographic slides of cross-sections: Derived from digitized data (entity 18) TD01419.csv 246099 b4f59378a5064167c326c988f2156ad6 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01419_v1.csv 1985-11-25 2001-10-05 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 19.0000 19.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 1.0000 900.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SECTION Section of log char(1) Y 2nd cross-section from log remnant 1st cross-section from log remnant in 1992 Z 2nd cross section from log remnant in 1992 3 Cross section from year 0, extra section X 1st cross-section from log remnant A 1st cross-section from large end 1st sample 1 Cross-section from large end of log - initial sample 2 Cross section from small end of log - initial sample B 2nd cross-section from large end 1st sample D 4th cross-section from large end 1st sample C 3rd cross-section from large end 1st sample E 5th cross-section from large end 1st sample F 6th cross-section from large end 1st sample, usually insect enclosure logs G Partial harvest samples from 1993 full harvest logs collected in 1997 H Partial harvest samples from 1993 full harvest logs collected in 1997 TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 16.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 2001.0000 SAMPLENUM Unique sample number for primary key. Based on studyid,lognum,year,time,subtype. numeric(1,0) number 1 natural 1.0000 2.0000 TA Total cross-sectional area numeric(7,2) square centimeters 2.000000 real 1023.0100 4029.5600 WA Cross-sectional area of wood numeric(7,2) square centimeters 2.000000 real 847.0900 3612.0700 BA Bark cross-sectional area including inner and outer numeric(7,2) square centimeters 1.000000 real 0.0000 1289.4600 IBA Inner bark cross-sectional area numeric(6,2) square centimeters 1.000000 real 0.0000 163.4400 OBA Outer bark cross-sectional area numeric(8,2) square centimeters 1.000000 real 0.0000 1226.6300 SWA Sapwood cross-sectional area numeric(7,2) square centimeters 2.000000 real 21.7300 2484.8100 BSS Blue-stained sapwood cross-sectional area numeric(7,2) square centimeters 2.000000 real 0.0000 1679.7500 RSA Rotten sapwood cross-sectional area numeric(7,2) square centimeters 2.000000 real 0.0000 1397.3000 HWA Heartwood cross-sectional area numeric(7,2) square centimeters 2.000000 real 220.4800 3011.4000 RHA Rotten heartwood cross-sectional area numeric(7,2) square centimeters 2.000000 real 0.0000 1949.0000 DIAM_EST estimated diameter from total area numeric(4,1) centimeters 1 real 36.1000 71.6000 PRIMARY TD01419.SECTION TD01419.LOGNUM TD01419.TIME TD01419.SAMPLENUM NOTNULL TD01419.SECTION TD01419.DBCODE TD01419.ENTITY TD01419.LOGNUM TD01419.TIME TD01419.YEAR TD01419.SAMPLENUM TD01419.LOG_SPECIES 2141 20 TD01420 Polar coordinate (distance and angle) location of pith relative to the outer surface of cross-sections: Distance and angle data for pith to external parts of cross-section. See related file: Idealized cross-section diagram TD01420.csv 137161 bd92477f5cf7fa9e0c756606eaf2fe90 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01420_v1.csv 1985-11-25 1992-09-24 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 20.0000 20.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 LOGNUM Number of log numeric(3,0) number 1.000000 natural 1.0000 900.0000 LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SECTION Section of log char(1) Y 2nd cross-section from log remnant 1st cross-section from log remnant in 1992 Z 2nd cross section from log remnant in 1992 3 Cross section from year 0, extra section X 1st cross-section from log remnant A 1st cross-section from large end 1st sample 1 Cross-section from large end of log - initial sample 2 Cross section from small end of log - initial sample B 2nd cross-section from large end 1st sample D 4th cross-section from large end 1st sample C 3rd cross-section from large end 1st sample E 5th cross-section from large end 1st sample F 6th cross-section from large end 1st sample, usually insect enclosure logs G Partial harvest samples from 1993 full harvest logs collected in 1997 H Partial harvest samples from 1993 full harvest logs collected in 1997 TIME Time log has been decaying numeric(3,0) number of years 1.000000 whole 0.0000 7.0000 YEAR Year of measurement; does not necessarily reflect time decaying in field numeric(4,0) year (yyyy) 1.000000 integer 1985.0000 1992.0000 SAMPLENUM Unique sample number for primary key. Based on studyid,lognum,year,time,subtype. numeric(1,0) number 1 natural 1.0000 2.0000 PTD Distance from pith to top. note all these reading are used to reference the position of the pith for future reconstructions. numeric(5,1) centimeters 0.100000 real 10.2000 146.3000 PTA Angle between pith and top numeric(3,0) degrees angle 1.000000 whole 1.0000 360.0000 PBD Distance between pith and log bottom numeric(5,1) centimeters 0.100000 real 3.2000 310.6000 PBA Angle between pith and bottom numeric(3,0) degrees angle 1.000000 whole 2.0000 360.0000 PS1D Distance between the pith and the 1st side numeric(5,1) centimeters 0.100000 real 15.5000 226.8000 PS1A Angle between the pith and the first side numeric(3,0) degrees angle 1.000000 whole 3.0000 360.0000 PS2D Angle between the pith and 2nd side numeric(5,1) centimeters 0.100000 real 2.4000 250.4000 PS2A Angle between the pith and 2nd side numeric(3,0) degrees angle 1.000000 whole 2.0000 360.0000 PRIMARY TD01420.SECTION TD01420.LOGNUM TD01420.TIME TD01420.SAMPLENUM NOTNULL TD01420.SECTION TD01420.DBCODE TD01420.ENTITY TD01420.LOGNUM TD01420.TIME TD01420.YEAR TD01420.SAMPLENUM TD01420.LOG_SPECIES TD01420.SITECODE 1774 21 TD01421 Decomposition equation summary data: TD01421.csv 31818 0afa68e0f617102f767e8cd25969d93f 1 \r\n column , " http://andlter.forestry.oregonstate.edu/ltermeta/ltersearch/dataaccess.aspx?docid=TD01421_v1.csv 1985-11-25 2015-09-18 DBCODE FSDB Database code char(5) TD014 FSDB Database code TD014 ENTITY Entity number numeric(2,0) number 1.000000 natural 21.0000 21.0000 SITECODE Sampling location char(10) TD014_NBS United States TD014_WWN Wallowa-Whitman National Forest TD014_HJA1 H.J. Andrews Log decomp site 1 TD014_HJA4 H.J. Andrews Log decomp site 4 TD014_HJA5 H.J. Andrews Log decomp site 5 TD014_HJA6 H.J. Andrews Log decomp site 6 TD014_MAC Near Macdonald-Dunn Research Forest, Corvallis, Oregon TD014_ALL All LIDET sites TD014_COW Coweeta Hydrologic Laboratory LIDET site TD014_CED Cedar Creek Natural History Area, Minnesota LIDET site TD014_KON Konza Prairie Research Natural Area, Kansas LIDET site TD014_HJA2 H.J. Andrews Log decomp site 2 TD014_HJA3 H.J. Andrews Log decomp site 3 TD014_HJA0 H.J. Andrews Log decomp site 0 SITE Bedding site of log added to char(1) 0 Sample from log at one of study sites (1-6), site unknown originally for knot samples taken from scraps pile at annual harvest 4 W of 350 road near junction of 350 and 1506 3 N of 410 road 5 SW of 354 road 1 End of 327 road 6 1506 road above 350 junction 2 End of 324 road A All sites combined for summaries LOG_SPECIES Species of log char(4) ABAM Abies amabilis PSME Pseudotsuga menziesii QRC Quercus THPL Thuja plicata TSHE Tsuga heterophylla WDST Pseudotsuga menziesii hardwood; wood standard UNKN unknown KNOT Tree knot SUBTYPE Substrate type(e.g. innerbark, heartwood) char(1) W Wood standard K Knot wood S Sapwood E Heartwood near log end (terminal) I Inner bark H Heartwood 3 Wood standard decay class 3 5 Wood standard decay class 5 1 Pine needle nbs standard reference material # 1575 2 Wood standard decay class 2 M Mushroom or sporocarp tissues O Outer bark A Arthropod T Transition between sapwood and heartwood R Rotten wood L Leaf sample X Whole log in which all the bark and wood tissues are combined EQN_FORM Defines the model equation used to estimate parameters char(6) LAG Modified Chapman-Richards to include lag term: PMR= 1-(1-exp(-k*t])^Lag where PRM is proportion of mass remaining, t is time in years, and k and Lag are the model parameters SINGLE Single negative exponential: PMR=Int*exp(-k*t) where PMR is proportion of mass remaining, t is time in years, and k is the model parameter DUAL Dual negative exponential: PMR= P1t0*exp(-k1*t) + (1-P1t0)*exp(-k2*t) where PMR is proportion of mass remaining, P1to is the proportion of part 1 at time zero, t is time in years, and k1 and k2 are the decomposition ra N_OBS Number of observations used to estimate model parameters numeric(3,0) number 1 natural 1.0000 15.0000 DECAY_RATE Decomposition rate-constant (k) estimated parameter numeric(5,3) number 1 real 0.0000 1.0000 DECAY_RATE_SE Standard error of decomposition rate-constant estimated parameter numeric(5,3) number 1 real 0.0000 1.0000 INTERCEPT Intercept estimated parameter numeric(4,2) number 1 real 0.0000 2.0000 INTERCEPT_SE Standard error of intercept estimated parameter numeric(4,2) number 1 real 0.0000 2.0000 INTERCEPT_FORCED Intercept forced to be between 0.95 and 1.05 for linear and equal to 1 for lag and dual-exponential equations at time 0 (Y,N) char(1) Y Yes, intercept forced N No, intercept not forced DECAY_RATE_PV p-value of k parameter numeric(6,4) number 1 real 0.0000 1.0000 INTERCEPT_PV p-value of intercept parameter numeric(6,4) number 1 real 0.0000 1.0000 LAG Lag estimated parameter numeric(4,2) number 1 real 0.0000 20.0000 LAG_SE Standard error of lag estimated parameter numeric(4,2) number 1 real 0.0000 20.0000 LAG_PV p-value of lag parameter numeric(6,4) number 1 real 0.0000 1.0000 R_SQUARED r-squared of overall equation numeric(8,4) number 1 real -0.0955 1.0000 OVERALL_PV Significance of the p-value of overall equation char(1) N P-value not significant (> 0.1) M P-value moderately significant (0.05-0.1) S P-value significant (<0.05) H P-value highly significant (<0.01) DECAY_LAG_CORR Correlation between k and lag parameters, used for lag model only numeric(6,4) number 1 real 0.0000 1.0000 DECAY_INTERCEPT_CORR Correlation between k and intercept parameters used for single exponential model only numeric(7,4) number 1 real -0.7846 1.0000 P1T0 Initial proportion of mass applied to k1 in dual exponential equation numeric(4,2) number 1 real 0.0000 1.0000 P1T0_SE Standard error of the P1t0 estimated parameter numeric(10,2) number 1 real 0.0000 3077.3000 DECAY_RATE_K1 Decomposition rate-constant for part 1 (k1) estimated parameter for dual exponential numeric(5,3) number 1 real 0.0000 1.0000 DECAY_RATE_K1_SE Standard error of the k1 estimated parameter numeric(8,3) number 1 real 0.0000 10.1000 DECAY_RATE_K2 Decomposition rate-constnat for part 2 (k2) estimated parameter for dual exponential numeric(5,3) number 1 real 0.0000 1.0000 DECAY_RATE_K2_SE Standard error of the k2 estimated parameter numeric(9,3) number 1 real 0.0000 79.1900 K1_K2_CORR Correlation between k1 and k2, used for dual exponential model only numeric(6,4) number 1 real 0.0000 1.0000 K1_P1T0_CORR Correlation between k1 and proportion of mass for k1 used for dual exponential model only numeric(7,4) number 1 real -0.9997 1.0000 PRIMARY TD01421.SUBTYPE TD01421.LOG_SPECIES TD01421.SITECODE TD01421.EQN_FORM NOTNULL TD01421.SITE TD01421.SUBTYPE TD01421.DBCODE TD01421.ENTITY TD01421.LOG_SPECIES TD01421.SITECODE TD01421.EQN_FORM TD01421.N_OBS TD01421.INTERCEPT_FORCED TD01421.R_SQUARED TD01421.OVERALL_PV 283 degrees azimuth (0-360) cubic meters square millimeters milliliters; 1/1000 of a liter square meters parts per million percent; a number meter; SI unit of length cubic centimeters grams per cubic centimeter millimeters; .001 meters grams; 0.001 kilogram grams per milliliter square centimeters 360 degrees comprise a unit circle; degrees used for angle and slope centimeters; .01 meters one year excluding leap seconds and leap days, 31536000 seconds (often used for age in years) year (4 character) portion of date dimensionless number, i.e., ratio, count