The TRY Database

The TRY database currently comprises about 65 datasets (about 225 contributed files) from more than 90 contributors. It contains about 2.400.000 trait entries for more than 64.000 plant species and about 1000 different traits, covering a variety of biomes and geographic areas. Each trait entry is accompanied by several auxiliary data. Among these datasets are small contributions as well as several large datasets that are already based on joint initiatives and which cover several thousands of entries. These different datasets are gathered in one consistent format in the TRY database. The database construction is under the technical responsibility of the Group for Organismic Biogeochemistry at the Max Planck Institute for Biogeochemistry in Jena, Germany.

Datasets contributed to TRY: TRY_db_Datasets_2009_07.pdf

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Location of sites

> 1 million trait entries geographically referenced 8161 sites

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Species

The original text strings of contributed species names are imported into the TRY database. A copy is reduced to binomial taxonomy omitting non-valid text elements. Binomial names were compared (based on Levenshtein distance) to species nomenclature based on IPNI and Tropicos. After standardization of species names the TRY database contains trait data for about 64.000 species.

List of species names in TRY: TRY_db_Species_2009_07.xls

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Traits

Below please find the number of trait entries, geographically referenced entries, species characterized, maps with the location of sites and charts presenting the range of trait values (for selected traits only).

List of database entries by traits: TRY_db_Entries_2009_07.xls
List of traits by species: Download from FTP server

DataID	Trait	Map	Chart	Entries	GeoRef	Species
	All entries			2462562	1058974	64000
1	Leaf area			31461	23311	5129
2	Leaf toughness			3842	607	2888
3	Leaf angle			41450	41419	4392
4	Wood density			27303	8608	9129
5	Wood anatomy			0	0	0
6	Bifurcation ratio			36	36	36
7	Rooting depth			455	280	443
8	Mycorrhizal type			14935	10481	2453
9	Nitrogen-fixation capacity			31592	17468	9869
10	Root/shoot ratio			729	168	100
11	Leaf absorbance			363	0	137
12	Specific leaf area (SLA)			50956	28754	7935
13	Leaf lifespan (longevity)			1825	1555	1017
14	Leaf carbon content per dry mass			8167	6368	2080
15	Leaf nitrogen content per dry mass			37581	28576	6395
16	Leaf phosphorus content per dry mass			19323	14024	4324
17	Leaf distribution along the axis			10751	1340	4136
18	Leaf compoundness			17899	6108	7944
19	Typical plant height			7590	4732	4027
20	Maximum plant height			20938	6897	9222
21	Leaf mesophyll cell size (volume)			94	6	94
22	Crown area			6	6	2
24	Stem diameter at 1.3 m (DBH)			2099	2099	839
25	Photosynthetic pathway			34752	5172	15690
27	Resprouting capacity after disturbance			2558	367	2471
28	Bark thickness			183	183	52
29	Root metamorphoses			4174	3558	1535
30	Seed dry mass			27330	7824	9194
31	Seed length			9735	0	1998
32	Dispersal syndrom			25787	5160	7653
33	Pollination syndrome			16367	579	4149
34	Tolerance to drought			3233	281	2809
35	Tolerance to frost			0	0	0
36	Tolerance to high temperatures			4965	0	2740
37	Seed longevity			3	3	3
38	Germination stimulation			963	1	648
39	Germination stimulation by digestion			1	1	1
40	Tolerance to windthrow			0	0	0
41	Surface roughness			31	0	31
42	Leaf phenology type			57834	33264	14211
43	Woodiness			41740	23529	14819
44	Potential decomposition rate of litter			1435	1099	913
45	Photosynthesis per leaf dry mass			3402	1886	1231
46	Leaf respiration per dry mass			2615	973	530
47	Plant growth form			80894	28503	27522
48	Leaf type			14114	4189	4355
49	Leaf K content per dry mass			4164	2049	1417
50	Stomatal conductance per leaf area			1589	1182	693
52	Leaf area (leaflets)			66740	65747	6805
53	Leaf thickness			3344	2214	1680
54	Leaf water content			3553	3374	336
55	Leaf density			1463	1140	546
56	Leaf mass per area based on fresh weight			154	0	94
57	CO2 drawdown 1			371	371	347
58	Intercellular CO2 concentration			1627	485	508
64	Leaf mass per area (LMA)			0	0	0
65	Leaf nitrogen content per area			13843	10136	3748
66	Leaf phosphorus content per area			5384	4626	2032
67	Leaf K content per area			240	240	218
68	Photosynthesis per leaf area			4476	2218	1300
69	Leaf respiration per area			1816	1052	533
70	Leaf respiration per dry mass at growth temperature			535	535	246
71	Leaf respiration per dry mass at 25 C			1654	535	270
72	Leaf respiration per dry mass measured at 25 C			268	268	239
73	Leaf dry mass			8440	7511	2194
74	Whole leaf dry mass			17964	8716	1908
75	ca_ci_2			498	498	448
76	CO2 drawdown 2			507	507	457
100	Leaf nitrogen/phosphorus (N/P) ratio			11809	7528	2982
101	Whole leaf nitrogen content			1006	1006	849
102	Whole leaf phosphorus content			444	444	381
105	Plant functional type (Sheffield DGVM 1)			2548	2548	1981
106	Plant functional type (Sheffield DGVM 2)			2548	2548	1981
107	Plant functional type (Sheffield DGVM 3)			2548	2548	1981
108	Plant functional type (Biome-BGC 1)			1581	1581	1200
109	Plant functional type (Biome-BGC 2)			2170	2170	1628
110	Plant functional type (LPJ DGVM 1)			2548	2548	1981
111	Plant functional type (LPJ DGVM 2)			2548	2548	1981
115	Species phylogenic group			6177	3508	2651
177	Seed mass			34111	4468	13115
190	Maximum plant longevity			14772	3509	7556
208	Tolerance to shade			3043	100	2549
209	Tolerance to waterlogging			806	0	801
214	Leaf inrolling of lamina			598	567	524
216	Stomata density			367	0	93
217	Stomata distribution			141	0	62
219	Thorn / spine length			598	567	524
224	Root architecture			306	280	279
226	Leaf phenology 2 (seasonal timing of foliage)			3192	567	2896
228	Seed terminal velocity			1217	275	628
232	Stomatal index (stomata / epidermis cells)			107	0	55
233	Stomatal area			109	0	57
234	Stomatal area per one sided leaf area			56	0	56
245	"Litter mass loss decomposability"			604	592	204
248	Litter SLA			400	400	126
249	Litter nitrogen content per dry mass			223	223	116
250	Litter phosphorus content per dry mass			99	99	38
251	Litter carbon content per dry mass			214	214	109
252	Litter lignin content per dry mass			255	153	132
253	Litter tannin content per dry mass			110	110	44
254	Litter water soluble carbon content			6	6	6
256	Litter cellulose content			245	143	125
257	Relative growth rate (RGR)			2412	317	829
258	Leaf dry matter content (LDMC)			17357	9925	2496
268	Leaf delta 15nitrogen			11115	10820	1679
270	Leaf delta 15nitrogen - soil delta 15nitrogen			3664	3664	565
272	Root nitrogen content per dry mass			1263	158	215
273	Root delta 15nitrogen			441	148	117
276	Root density			292	0	101
277	Root diameter			293	0	101
278	Root carbon content per dry mass			378	17	127
279	Leaf soluble components content per dry mass			293	0	101
280	Root soluble components content per dry mass			293	0	101
281	Leaf lignin content per dry mass			761	468	328
282	Root lignin content per dry mass			293	0	101
283	Leaf delta13carbon			579	284	349
284	Root delta13carbon			293	0	101
285	Root cellulose content per dry mass			293	0	101
286	Leaf cellulose content per dry mass			293	0	101
287	Root hemi-cellulose content per dry mass			293	0	101
288	Leaf hemi-cellulose content per dry mass			293	0	101
289	Dispersal syndrom Animal group			1962	0	1771
290	Dispersal syndrom animal species			724	0	652
291	Germination efficiency			12387	0	6595
295	Seed oil content			4526	0	2882
297	Seed protein content			3603	0	2308
299	Seed storage behaviour			12492	0	10291
304	Fruit type			3903	0	3691
305	Species diaspore type			13975	48	3696
309	Leaf inferior epiderm thickness			87	0	22
310	Leaf superior epidermis thickness			87	0	22
311	Leaf mesophyll thickness			87	0	22
312	Leaf mid vein thickness			121	34	50
313	Leaf mid vein support tissue thickness			87	0	22
314	Stomatal conductance per leaf dry mass			122	0	57
328	Leaf volume of chloroplasts			94	6	94
329	Leaf number of chloroplasts per mesopyll cell			94	6	94
330	Leaf mesophyll area per leaf area			115	17	108
332	Leaf mesophyll density			94	6	94
334	Net assimilation rate (NAR)			1379	0	621
335	Leaf area ratio (LAR)			428	35	219
336	Leaf weight ratio (LWR)			1851	435	713
337	Transpiration per leaf area			147	36	68
341	Leaf boundary layer conductance			111	0	32
344	Germination lag time			63	0	63
345	Germination maximum rate per day			63	0	63
346	Leaf dry matter concentration			17	0	17
347	Leaf structural dry matter concentration			17	0	17
348	Root dry matter concentration			17	0	17
349	Whole plant dry matter concentration			17	0	17
351	Leaf structural dry matter content			17	0	17
352	Root dry matter content per fresh mass (RDMC)			66	0	32
353	Whole plant dry matter content			17	0	17
354	Leaf total volume			280	280	28
355	Leaf intercellular volume			280	280	28
356	Leaf tissue volume			280	280	28
357	Leaf ratio of intercellular volume to leaf total volume			497	336	117
360	Relative growth rate aboveground (RGR_above)			117	0	84
368	Specific leaf area (SLA) per fresh weight			2846	2754	109
369	Leaf soluble phenol content per dry mass			48	48	48
371	Whole plant aboveground vegetative dry mass			239	239	156
372	Whole plant stem dry mass			1259	1259	315
373	Whole plant leaf dry mass			646	646	219
374	Whole plant dry mass of reproductive structures			585	585	205
375	Whole plant seed number			83	83	81
376	Whole plant seed mass			164	164	35
378	Onset of seed maturation			30	30	30
388	Instantaneous water use effinciency			89	89	88
389	Instantaneous nitrogen use efficiency (PNUE)			43	36	43
390	Ratio of stem mass to whole plant mass			201	35	156
391	Ratio of branch mass to whole plant mass			35	35	35
392	Ratio of wood mass to whole plant mass			440	440	114
395	Canopy height observed			40683	21577	7577
404	Releasing height			20298	629	2963
407	Seed number per reproducton unit			14744	0	1676
411	Shoot growth form			7167	1133	3106
412	Shoot branching			4879	650	2990
414	External support structure to stabilize the shoot			4934	195	2845
444	Leaf perimeter length			1082	1082	79
445	Leaf petiole length			828	828	150
446	Leaf blade length			11237	797	4839
447	Leaf blade width			11523	752	4679
448	Plant height observed			2505	2505	199
455	Leaf carbon/nitrogen (C/N) ratio			2633	1593	852
456	Leaf phenolics content			471	471	229
457	Leaf tannins content			471	471	229
458	Mean distance between ramets			570	570	525
465	Litter carbon/nitrogen (C/N) ratio			202	34	124
467	Leaf carbon/phosphorus (C/P) ratio			41	41	41
468	Leaf palatability			2719	71	979
470	Bud source			370	0	168
471	Leaf shape			3116	0	2980
472	Age of maturity of resprouts			575	0	554
473	Age of maturity of saplings			787	0	437
475	Propagule			5222	0	2677
476	Resprouting capacity after clipping			113	0	75
477	Resprouting capacity after disturbances			97	0	61
478	Resprouting capacity after fire			2451	43	820
480	Seed bank location			2525	0	1607
481	Seed bank longevity			11099	0	1509
482	Post fire seedling emergence			2162	0	746
483	Post fire seedlings survival			70	0	42
485	Leaf fresh weight			2826	2798	513
486	Leaf chlorophyll content per dry mass			125	17	29
487	Stem carbon/nitrogen (C/N) ratio			245	245	173
488	Coarse root carbon/nitrogen (C/N) ratio			46	46	46
489	Fine root carbon/nitrogen (C/N) ratio			105	45	70
502	Onset of flowering season			4527	1742	3034
503	Reproductive plant height			820	820	271
504	Vegetative plant height			962	962	308
512	Leaf + paracotyledon area ratio (LPAR)			196	0	97
513	Leaf + paracotyledon weight ratio (LPWR)			196	0	97
515	Conduit (vessel and tracheid) density			14946	51	7259
516	Conduit (vessel and tracheid) area			3050	51	2993
517	Leaf area per sapwood area			51	51	51
518	Conduit lumen area per sapwood area			2280	51	2271
519	Phylogeny			4484	1348	3543
530	Needle-leave form			266	260	42
531	Leaf volume to area ratio			225	225	21
532	Leaf total to projected area ratio			155	155	12
533	Leaf mesophyll cell heigth			25	25	11
534	Leaf mean cell volume			50	15	7
535	Leaf volume fraction palisade to spongiophyll			371	371	223
536	Leaf volume fraction of palisade parenchym			579	418	274
537	Leaf volume fraction of spongiophyll			548	387	269
538	Leaf volume fraction of epidermis			723	556	410
539	Leaf volume fraction of hypodermis			164	3	58
540	Leaf epidermis cell size			290	76	74
541	Leaf epidermal wall thickness			158	158	129
542	Leaf nitrogen content per total area			24	24	1
547	Vmax per dry mass at ambient temperature			661	462	104
549	Vmax per dry mass at 25 C			67	67	26
550	Vmax per leaf area at 25 C			75	75	27
551	Fraction of nitrogen in Rubisco			17	17	13
552	Leaf osmotic potential at full turgor			121	121	21
553	Leaf osmotic potential at turgor loss			32	32	12
554	Leaf elastic modulus			42	42	15
556	Leaf apoplastic water concentration			3	3	1
559	Leaf mass per area (LMA) of total leaf area			153	147	15
562	Seed morphological adaptation to dispersal syndrom			201	0	184
563	Disperal measurement distance			2660	0	130
564	Seed dispersal measurment relative abundance			2660	0	130
565	Species distribution and nativity status			22654	0	8895
566	BioFlor Phylogeny code			2808	0	2807
567	Strategy type according to Grime			2751	0	2750
568	Urbanity			2808	0	2807
569	Hemeroby			9262	0	2831
570	Number of floric zones			2657	0	2657
571	Climbing mode			74	0	74
573	End of flowering season			2828	43	2786
574	Heterotrophic nutrition mode			7885	0	5754
576	Metamorphoses for vegetative dispersal			1424	0	1423
577	Apomixy			4325	0	3652
578	Insemination autogamous or xenogamous			2777	0	2717
580	Flower class			6317	0	3565
582	Flower type			3563	0	3562
583	Flower color			5890	0	2894
585	Species reproduction			3668	0	3665
586	Flower heterostyly			56	0	43
588	Flower pollen ovule ratio			302	0	238
589	Self-incompatibility			3095	0	2630
590	Flower sex timing			2911	0	2405
591	Flower sex			4189	0	3631
592	Flower self-incompatibility mechanism			513	0	502
593	Flower UV reflecance in periphery			927	0	906
594	Flower UV reflecance in centrum			927	0	906
595	Flower UV reflectance pattern			927	0	906
597	Species continentality			11464	0	2782
598	Species origin zonal			2726	0	1426
599	Species origin altitude			2726	0	1426
600	Chromosoms base number			3823	0	3083
601	Chromosoms ploidy			3823	0	3083
602	Chromosoms number			3823	0	3083
603	Chromosoms cDNA content			1148	0	684
604	Chromosoms number			1148	0	684
605	Metamorphoses of shoot			2801	0	2407
607	Metamorphoses for storage			3234	296	2579
608	Tolerance to mowing			667	0	667
609	Tolerance to grazing			667	0	667
610	Tolerance to trampling			667	0	667
612	Sociological group			7477	0	2964
614	Dispersal unit kind			0	0	0
615	Dispersal unit heteromorphy			4725	0	1473
616	Dispersal unit dry weight			3614	0	882
617	Seed heteromorphy			3530	0	1165
618	Dispersal unit thickness			6000	0	1042
619	Dispersal unit width			6918	0	1188
620	Dispersal unit length			8511	0	1438
621	Seed thickness			4605	0	888
622	Seed width			7764	48	1597
623	Dispersal unit appendix nutritional			107	0	93
624	Dispersal unit appendix laminar			2	0	2
625	Dispersal unit appendix elongate			45	0	36
626	Dispersal unit additional cover			20	0	20
627	Seed appendix nutritional			184	0	184
628	Seed appendix laminar			3	0	3
629	Species mode of introduction			1017	0	916
630	Species neophyt in region since			312	0	270
631	Species region of endemism and degree of naturalization in Germany			4624	0	3671
635	nitrogen mineralisation rate			450	450	110
636	Root exudation			363	0	9
637	Root porosity			251	107	59
638	Alcohol Dehydrogenase (ADH) activity			144	0	6
641	Bark density			737	737	278
642	Leaf Al content per dry mass			3691	1566	1180
643	Leaf B content per dry mass			897	897	323
644	Leaf Ba content per dry mass			2604	897	836
645	Leaf Ca content per dry mass			3761	1612	1199
646	Leaf Co content per dry mass			2404	415	741
647	Leaf Cr content per dry mass			1614	421	550
648	Leaf Cu content per dry mass			923	904	340
649	Leaf Fe content per dry mass			3135	1096	1042
651	Leaf Mg content per dry mass			3491	1612	1175
652	Leaf Mn content per dry mass			3274	1092	1057
653	Leaf Mo content per dry mass			571	421	221
654	Leaf Na content per dry mass			3186	1096	1064
655	Leaf Ni content per dry mass			944	902	356
656	Leaf S content per dry mass			1098	1098	405
657	Leaf Se content per dry mass			666	335	289
658	Leaf Si content per dry mass			1092	1092	402
659	Leaf Sr content per dry mass			2303	447	787
660	Leaf Ti content per dry mass			903	903	325
661	Leaf V content per dry mass			589	416	247
662	Leaf Zn content per dry mass			3290	1097	1071
664	Jmax per dry mass at ambient temperature			411	237	71
665	Jmax per leaf area at ambient temperature			1073	502	219
666	Light use efficiency as CO2 uptake per absorbed light			50	4	45
667	Light use efficiency as O2 release per absorbed light			23	0	14
668	Light use efficiency as CO2 uptake per incident light			47	0	20
669	Q10 of leaf respiration			239	0	56
702	Growth ring distinction			8208	0	5231
703	"Wood porosity (ring-porous diffuse porous)"			7059	0	5221
704	Vessel arrangement			1308	0	923
706	Vessel grouping			2415	0	1922
707	Solitary vessel outline			2518	0	2178
708	Vessel perforation plates			8828	0	5229
709	Intervessel pits: arrangement and size			22113	0	5176
710	Vessel vestured pits			2260	0	1522
711	Vessel - ray pitting			10390	0	5225
712	Vessel helical thickenings			1852	0	712
713	Mean tangential diameter of vessel lumina			9783	0	5224
715	Vessel element length			14688	0	5780
716	Tyloses and deposits in vessels			2766	0	1925
717	Wood vesselless			5	0	5
718	Tracheids and fibres			782	0	692
719	Ground tissue fibres			9242	0	5228
720	Septate fibres and parenchyma-like fibre bands			7537	0	5229
721	Fibre wall thickness			8201	0	5042
722	Mean fibre lengths			12319	0	5071
723	Axial parenchyma			873	0	765
724	Apotracheal axial parenchyma			3491	0	2192
725	Paratracheal axial parenchyma			9891	0	3552
726	Banded parenchyma			4845	0	2434
727	Axial parenchyma cell type / strand length			12835	0	4891
728	Wood ray width			7997	0	5178
732	Cellular composition of rays			10657	0	5213
733	Sheath cells			771	0	682
734	Tile cells			66	0	56
735	Perforated ray cells			671	0	603
736	Disjunctive ray parenchyma cell walls			564	0	513
737	Rays per millimetre			7512	0	5172
738	Wood rayless			20	0	19
739	Storied structure			1817	0	727
740	Oil and mucilage cells			438	0	213
741	Intercellular canals			644	0	410
742	Tubes			179	0	148
743	Cambial variants			170	0	137
744	Prismatic crystals			10285	0	2717
745	Wood druses			228	0	88
746	Other crystal types			948	0	421
747	Other diagnostic crystal features			558	0	417
748	Wood silica content			1156	0	408
750	Wood habit			7383	0	5229
751	Wood of commercial importance			2557	0	1962
752	Wood specific gravity			5004	0	2963
753	Heartwood colour			9114	0	3027
754	Wood odour			311	0	238
755	Heartwood fluorescent			54	0	30
756	Water & ethanol extracts: fluorescence & colour			459	0	99
757	Froth test			34	0	21
758	Chrome Azurol-S test			3	0	2
759	Burning splinter test			49	0	31
776	Regeneration after fire by seeds and/or resprouts			2910	211	2781
780	Tolerance to frequent fires			2699	0	2576
781	Tolerance to infrequent fires			2697	0	2574
782	Plant age at first flowering (primary juvenil period)			662	0	653
784	Recommended minimimum fire interval			95	0	94
785	Seedbank longevity			364	0	353
786	Flowering season			16172	384	7253
790	Fire regeneration category			8303	0	2638
801	Dispersal distance			83	0	83
806	Vital attributes of persistence and establishment			4549	0	2389
807	Evolutionary history (naturally / anecophytic)			2808	0	2807
808	Leaflet length			2946	332	1405
809	Leaflet width			3193	380	1409
816	Maximum height observed of flower			2121	766	265
817	Maximum height observed of leaf			2266	875	307
818	Canopy diameter along the longest axis			1961	596	239
819	Canopy diameter perpendicular to first axis			1929	564	232
820	Leaf aspect ratio (width/length)			1022	1022	174
821	Leaf form coefficient (perimeter/area)			908	908	101
822	Stem length			580	580	172
823	Stem diameter			625	625	121
824	Stem density			625	625	176
825	Number of ramets			93	93	92
826	Clonality of ramets			230	226	199
827	Canopy size			284	284	106
828	Leaf hair length			90	90	90
829	Stem hair length			90	90	90
830	Leaf form index (area/length^2)			90	90	90
831	Coefficient of variation of plant height			90	90	90
845	VegClass PFT classification			20687	20687	4333
846	Family			26557	21909	7403
856	Leaf chlorotype			20659	20659	4332
857	Frost hardiness leaf / bud			71	39	41
858	Frost hardiness shoot			7	0	3
859	Frost hardiness stem			16	0	5
860	Frost hardiness shoot cambium			2	0	1
861	Frost hardiness twig			2	0	1
862	Frost hardiness root			6	0	3
863	Frost hardiness fine root			6	0	3
864	Frost hardiness root cambium			2	0	1
865	Frost hardiness seedling			2	0	1
869	Ash content			20	0	20
870	Succulence			98	67	91
872	Lateral spread			99	0	68
873	Reproductive phenology			62	0	31
874	Seed number per ramet			2837	0	586
875	Occurrence of seed hard coats or seed transport by ants			31	0	31
876	Hairs orientation			5	0	5
877	Mean epidermal cell area			54	0	54
878	Shoot (above ground) biomass nitrogen content per dry mass			649	0	9
879	Shoot (above ground) biomass phosphorus content per dry mass			510	0	5
880	Clonal growth form			245	0	132
881	Aerenchyma			716	0	569
882	Plant life form (Raunkiaer life form)			64936	55476	7864
883	Type of vegetative regeneration			440	0	321
884	Regeneration capacity after damage			202	0	118
885	Physical defense structures			140	0	120
886	Chemical defense structures			888	0	366
887	Seed shedding season			5369	244	1788
888	Mating system			1799	0	1304
889	Seed height			1256	0	388
890	Seed shape			568	567	524
891	Seed morphology			1587	0	851
892	Seed or dispersal unit floating			728	0	667
893	Digestion			1	0	1
894	Number of seeds per dispersal unit			150	0	47
895	Xerochasy/Hydrochasy			322	0	304
896	Germination temperature			1740	0	601
897	Germination or establishment temperature sensiticity			128	0	104
898	Dormancy			1257	110	820
899	Season of seedling emergence / germination			2255	136	1381
900	Germination requirement			528	0	379
901	Light requirement			727	0	469
902	Clonal growth organ			469	0	274
903	Role of clonal growth organ in plant growth			59	0	32
904	Shoot life span			35	0	22
905	Persistence of connection between clonal growth organs			46	0	27
906	Individual life span			23	0	12
907	Frequency of seeding			41	0	34
908	Bud frequency per bud bank layer			939	0	331
909	Number of offspring shoots per parent shoot per year			45	0	24
910	Seed ripening season			192	0	96
912	Roots swollen			118	118	16
913	Roots with nodules			118	118	16
914	Stem volume			195	118	92
915	Root dry mass			123	123	17
916	Shoot dry mass			123	123	17
917	Height of lowest branch			117	117	16
918	Legume			62	60	39
919	Leaf lamina cell size palisade parenchyma			150	0	51
920	Leaf lamina cell size abaxial (lower) epidermis (hypodermis)			155	0	53
921	Leaf vascular bundle volume fraction: xylem			160	0	55
922	Leaf vascular bundle volume fraction: phloem			160	0	55
923	Leaf vascular bundle volume fraction: sclerenchyma			160	0	55
924	Leaf vascular bundle cell size: xylem			74	0	33
925	Leaf vascular bundle cell size: phloem			89	0	37
926	Leaf vascular bundle cell size: sclerenchyma			25	0	11
927	Leaf vessel maximum diameter			160	0	55
928	Leaf fraction sclerified tissue midrib			143	0	51
929	Leaf fraction sclerified tissue lamina			117	0	43
930	Stem vessel maximum diameter			108	0	80
931	Root vessel maximum diameter			13	0	13
932	Stem fraction cell wall in xylem (CWx)			47	0	47
933	Stem fraction cell wall in pith			4	0	4
934	Stem fraction cell wall in collenchyma			6	0	6
935	Stem area pith			80	0	79
936	Stem area xylem			80	0	79
937	Stem area other tissues but pith and xylem			80	0	79
938	Stem total area of cross section			80	0	79
939	Root area xylem			12	0	12
940	% pith			80	0	79
941	% xylem			80	0	79
942	% tissues other than pith or xylem			80	0	79
943	% collenchyma			19	0	19
944	% of total area - xylem cell wall			48	0	48
945	% of total area - collenchyma cell wall			32	0	32
946	% of total area - pith cell wall			32	0	32
947	Total % cell wall			32	0	32
948	Stem dry weight			78	0	77
949	Stem height (mm)			78	0	77
952	Root weight fraction (RWF or RMR or RWR)			166	0	121
953	Leaf weight fraction (LWF or LMR)			138	0	105
954	Paracotyledon weight fraction (PWF)			68	0	68
956	Paracotyledons dry weight			89	0	88
957	Phosphorus uptake rate			23	0	23
959	Multi-stemness			214	214	213
960	Seasonality of growth			330	330	329
961	Diaspore size (diameter)			48	48	48
962	Diaspore color			47	47	47
963	Number of seeds per dispersal unit			48	48	48
964	Internode length			82	82	72
965	Specific internode mass			82	82	72
966	Specific petiole length			81	81	72
967	Internode mass to metamer fraction			82	82	72
968	Petiole mass to metamer fraction			82	82	72
969	Leaf mass to metamer fraction			82	82	72
970	SLA of leaf lamina			78	78	70
971	Leaf area to metamer ratio			82	82	72
972	Leaf lamina density			78	78	70
973	Internode area to leaf area ratio			82	82	72
974	Internode density			82	82	72
975	Internode area			82	82	72
983	Whole pant aboveground biomass			563	563	275
984	Whole pant aboveground necromass			126	126	88
985	Leaf inclination			228	228	120
986	Stem nitrogen content			675	452	170
987	Stem carbon content			266	198	147
988	Whole plant aboveground nitrogen pool vegetative			196	196	125
989	Whole plant aboveground carbon/nitrogen (C/N) ratio (vegetative)			192	192	126
990	Whole plant leaf area			220	220	127
992	Branch wood density			72	72	65
993	Nitrate reductase activity			74	74	66
994	Leaf chlorophyll a content per area			77	77	68
995	Leaf chlorophyll b content per area			77	77	68
996	Leaf chlorophyll a+b content per area			435	427	85
997	Leaf chlorophyll a/b content			81	81	69
998	Leaf Xanthophyll + Carotene.			0	0	0
999	Leaf ratio of total Chlorophyll / Carotene			0	0	0
1000	Electron Transport Rate			77	77	68
1001	Vessel scalariform perforations			1075	0	939
1002	Vessel bars per perforation plate			3152	0	918
1003	Vessel diameter			3209	0	939
1004	Fibre length			3023	0	892
1005	Leaf and fine root turnover			129	0	26
1006	Fine root labile compound content			12	0	12
1007	Fine root cellulose content			12	0	12
1008	Fine root lignin content			12	0	12
1009	Dead wood lignin content			30	0	26
1010	Dead wood cellulose content			30	0	26
1011	Leaf water potential at initial reduction of stomatal conductance			40	0	34
1012	Leaf water potential at final reduction of stomatal conductance			40	0	34
1013	Vapor pressure deficit at initial reduction of stomatal conductance			37	0	34
1014	Vapor pressure deficit at final reduction of stomatal conductance			37	0	34
1015	Litter labile compound content			102	0	71
1016	Dead wood carbon to nitrogen ratio			37	0	32
1017	Ratio of leaf area index of the whole leaves to projected leaf area index			11	0	4
1018	Light extinction coefficient			54	0	28
1019	New live wood carbon to new total wood carbon allocation			16	0	16
1020	New coarse root carbon to new stem carbon allocation			102	0	23
1021	New fine root carbon to new leaf carbon allocation			70	0	41
1022	New stem carbon to new leaf carbon allocation			247	0	60
1023	Water interception coefficient			5	0	4
1024	Number of non-mature (growing) leaves per shoot			43	43	15
1025	Number of mature leaves per shoot			43	43	15
1026	"Vegetative plant height not elongated"			43	43	15
1027	"Flowering plant height heighest leaf elongated"			43	43	15
1028	"Flowering plant height heighest leaf not elongated"			43	43	15
1029	Height of inflorescence top			43	43	15
1034	Fraction of NPP allocated to branches			1	1	1
1035	Fraction of NPP allocated to coarse root			1	1	1
1036	Fraction of NPP allocated to fine roots			1	1	1
1037	Fraction of NPP allocated to leaf			1	1	1
1039	Intercept of respiration rate vs nitrogen content - mass basis - for different organs combined			12	13	1
1040	Slope of respiration rate vs nitrogen content - mass basis - for different organs combined			12	12	1
1041	Quantum yield of photosynthesis (Blackman function)			36	36	3
1042	"Light-saturated rate of photosynthesis at the growth CO2 concentration on a projected area basis"			269	265	16
1043	Intercept of relationship between light-saturated photosynthetic rate (at the growth CO2 concentration) and leaf nitrogen content on a leaf area basis			10	10	4
1044	Slope of a relationship between light-saturated photosynthetic rate (at the growth CO2 concentration) and leaf nitrogen content on a leaf area basis.			10	10	4
1045	Rate of photosynthesis at saturating light and CO2 conditions			32	32	2
1046	Fraction of NPP allocated to stem			1	1	1
1047	"Branch maintenance respiration at 15¡C on area basis from exponential regression"			12	12	3
1048	"Branch maintenance respiration at 15¡C on area basis from linear regression"			12	12	3
1049	"Branch total respiration at 15¡C on area basis from exponential regression"			13	13	1
1050	"Branch total respiration at 15¡C on area basis from linear regression"			13	13	1
1051	"Slope of linear regression of branch total respiration on area basis vs. Temperature"			13	13	1
1052	Mean date of budburst			6	6	1
1053	Ratio of branch nitrogen concentration to foliage nitrogen concentration			1	1	1
1054	Intercept of branch total respiration rate (growing tissue) vs branch nitrogen content - mass basis			2	2	1
1055	Slope of branch total respiration rate (growing tissue) vs branch nitrogen content - mass basis			2	2	1
1056	"Branch maintenance respiration at 15¡C on mass basis from exponential regression"			12	12	3
1057	"Branch maintenance respiration at 15¡C on mass basis from linear regression"			12	12	3
1058	"Branch total respiration at 15¡C on mass basis from exponential regression"			13	13	1
1059	"Branch total respiration at 15¡C on mass basis from linear regression"			13	13	1
1060	"Slope of linear regression of branch total respiration on mass basis vs. Temperature"			13	13	1
1061	"Branch total respiration at 15¡C on nitrogen basis from exponential regression"			13	13	1
1062	"Branch total respiration at 15¡C on nitrogen basis from linear regression"			13	13	1
1063	"Slope of linear regression of branch total respiration on nitrogen basis vs. Temperature"			13	13	1
1064	"Branch maintenance respiration surface area basis at the given temperature"			12	12	3
1065	"Branch total respiration (growing) surface area basis at the given temperature"			38	38	4
1066	"Branch maintenance respiration mass basis at the given temperature"			12	12	3
1067	"Branch total respiration (growing) mass basis at the given temperature"			42	42	5
1068	Branch wood carbon concentration			10	10	1
1069	Branch dry weight per unit ground area			26	26	2
1070	Branch dry weight per plant			116	116	9
1071	Branch nitrogen concentration			27	27	4
1072	"Branch total respiration (growing) nitrogen basis at the given temperature"			24	24	1
1073	Branch total nitrogen content per unit ground area			6	6	1
1074	Branch total nitrogen content per plant			3	3	1
1075	"Branch total respiration (growing) volume basis at the given temperature"			2	2	1
1076	Exponential coefficient of branch total respiration vs temperature			41	41	2
1077	Clumping factor: the ratio of shoot projected area to leaf projected area (for coniferous species)			6	6	3
1078	Coarse root total nitrogen content per unit ground area			6	6	1
1079	Coarse root carbon concentration			4	4	1
1080	Coarse root dry weight per unit ground area			26	26	3
1081	Dry weight of coarse roots per plant			64	64	5
1082	Coarse root nitrogen concentration (dry weight basis)			14	14	4
1083	Diameter at base (seedlings)			141	141	6
1084	Diameter at base of crown (seedlings)			73	73	3
1085	Constant K in nitrogen uptake equation (functional balance model)			2	2	1
1086	Functional balance constant: ratio of nitrogen uptake to NPP			2	2	1
1087	Root activity: rate of uptake of nitrogen per unit root biomass (in functional balance model)			2	2	1
1088	Fraction of total plant DW in branch			5	5	2
1089	Fraction of total plant DW in coarse roots			10	10	4
1090	Fraction of total plant DW in fine roots			10	10	4
1091	Fraction of total plant DW in foliage			25	25	4
1092	Total fine root nitrogen content per unit ground area			6	6	1
1093	Total fine root nitrogen content per plant			2	2	1
1094	Fraction of total plant DW in root (coarse + fine)			34	34	4
1095	Fine root carbon content			141	141	134
1096	Dry weight of fine roots per unit ground area			30	30	4
1097	Dry weight of fine roots per plant			62	62	5
1098	Annual turnover of fine roots (fraction of total fine root biomass lost per annum)			2	2	1
1099	Fine root nitrogen concentration (dry weight basis)			153	145	137
1100	Fraction of stem wood volume which is live sapwood			8	8	2
1101	Fraction of total plant DW in stem			5	5	2
1102	Fraction of total plant DW in wood (stem + branch)			35	35	5
1103	CO2 compensation point			26	26	4
1104	Fraction of ground area covered by projected canopy			42	42	4
1105	Green crown length			42	42	10
1106	Stomatal conductance when irradiance tends to zero in the Ball-Berry model			32	32	8
1107	"Slope in the Ball-Berry model assuming that soil water content does not affect stomatal conductance directly."			38	38	8
1108	Constant in the linear response of stomatal conductance to CO2 (Jarvis model)			6	6	2
1109	Constant in the response of stomatal conductance to VPD (Jarvis model)			16	16	6
1110	Value of soil water potential (negative) above which stomatal conductance is unaffected by soil water content (Jarvis model)			4	4	2
1111	Value of soil water potential (negative) below which stomatal conductance is zero (Jarvis model)			4	4	2
1112	Constant D0 in the Leuning model.			40	40	4
1113	Stomatal conductance when the irradiance tends to zero in the Leuning model			40	40	4
1114	"Slope in the Ball-Berry-Leuning model under the assumption that stomatal conductance is independent of water stress."			42	42	4
1115	"Stomatal conductance to water vapour under conditions of light saturation high relative humidity and growth CO2 concentration."			184	180	15
1116	"Stomatal conductance in the limit of saturating light zero VPD maximum soil water content and at the reference value of Cs = 350 ppm"			26	26	7
1117	Average tree height			216	216	13
1118	Proportion of rainfall intercepted by canopy			1	1	1
1119	"Potential electron transport rate on a projected area basis"			167	163	15
1120	Intercept of Jmax (potential rate of electron transport) versus leaf nitrogen content (on a leaf area basis)			28	28	7
1121	Slope of Jmax (potential rate of electron transport) vs. leaf nitrogen content (calculated on a leaf area basis)			28	28	7
1122	Activation energy of electron transport			10	10	3
1123	Parameter H in the temperature response of electron transport (J)			10	10	3
1124	Parameter S in the temperature response of the electron transport rate J			10	10	3
1125	Canopy radiation extinction coefficient			6	6	3
1126	Proportion of leaf area in given age class (age class should be specified in category field)			12	12	2
1127	"Leaf area index projected of a single canopy layer. Indicate height of layer with Category field."			90	90	3
1128	"Leaf maintenance respiration at 15¡C on area basis from exponential regression"			8	8	1
1129	"Leaf respiration at 15¡C on area basis from exponential regression"			11	11	2
1130	"Leaf respiration at 15¡C on area basis from linear regression"			7	7	1
1131	"Slope of linear regression of leaf total respiration on area basis vs. Temperature"			7	7	1
1132	"Leaf area projected per crown"			82	82	7
1133	"Leaf maintenance respiration area basis at the given temperature."			34	34	3
1134	"Leaf respiration (growing tissue) area basis at the given temperature"			69	69	7
1135	Leaf carotenoid content			4	4	1
1136	Intercept of leaf chrorophyll content (projected area basis) vs. leaf nitrogen content (area basis).			3	3	1
1137	Slope of leaf chlorphyll content (projected area basis) vs. leaf nitrogen content (area basis)			3	3	1
1138	Dry weight of foliage per unit ground area			32	32	3
1139	Dry weight of foliage per plant			158	158	11
1140	Growth respiration coefficient for foliage			2	2	1
1141	Annual turnover of foliage (fraction of total leaf biomass lost per annum)			2	2	1
1142	Total leaf mineral concentration (obtained by summing concentrations of all major minerals)			17	17	2
1143	Maintenance respiration coefficient for foliage			2	2	1
1144	"Leaf maintenance respiration mass basis at the given temperature"			28	28	2
1145	"Leaf maintenance respiration nitrogen basis at the given temperature"			28	28	2
1146	"Leaf respiration (growing tissue) nitrogen basis at the given temperature"			26	26	2
1147	Total canopy nitrogen content per unit ground area			6	6	1
1148	Total leaf nitrogen content per plant			4	4	2
1149	Leaf protein content			69	4	12
1150	Leaf Rubisco content (projected area basis)			48	48	1
1151	Leaf starch content			307	156	29
1152	Leaf sugar content			307	107	33
1153	Leaf total non-structural carbon concentration (TNC)			242	71	36
1154	Proportion of leaf mass in given age class (age class should be specified in category field)			15	15	1
1155	Intercept of the relationship between leaf mass per area (LMA) and leaf nitrogen content.			20	20	4
1156	Slope of the relationship between leaf mass per area (LMA) and nitrogen content			20	20	4
1157	Intercept of leaf total respiration rate (growing tissue) vs leaf nitrogen content - mass basis			1	1	1
1158	Slope of leaf total respiration rate (growing tissue) vs leaf nitrogen content - mass basis			1	1	1
1159	"Leaf maintenance respiration at 15¡C on mass basis from exponential regression"			8	8	1
1160	"Leaf respiration at 15¡C on mass basis from exponential regression"			9	9	2
1161	"Leaf respiration at 15¡C on mass basis from linear regression"			7	7	1
1162	"Slope of linear regression of leaf total respiration on mass basis vs. Temperature"			7	7	1
1163	"Leaf maintenance respiration at 15¡C on nitrogen basis from exponential regression"			8	8	1
1164	"Leaf respiration at 15¡C on nitrogen basis from exponential regression"			7	7	1
1165	"Leaf respiration at 15¡C on nitrogen basis from linear regression"			7	7	1
1166	"Slope of linear regression of leaf total respiration on nitrogen basis vs. Temperature"			7	7	1
1167	Fraction of leaf nitrogen which is retranslocated prior to leaf senescence			3	3	1
1168	Exponential coefficient of leaf maintenance respiration vs temperature			8	8	1
1169	Exponential coefficient of leaf total respiration vs temperature			25	25	2
1171	Intercept of the relationship betweeen leaf nitrogen and leaf mass per area (LMA)			19	19	4
1172	Slope of the relationship betweeen leaf nitrogen and leaf mass per area (LMA)			19	19	4
1173	Number of branches per tree			71	71	6
1174	"Leaf mitochondrial respiration in the light calculated by fitting the Blackman response"			16	16	2
1175	"Leaf mitochondrial respiration in the light calculated by fitting the Farquhar-von Caemmerer model to the A-Ci curve"			117	113	10
1176	Ratio of root nitrogen concentration to foliage nitrogen concentration			3	3	2
1177	"Root maintenance respiration at 15¡C on mass basis from exponential regression"			12	12	3
1178	"Root maintenance respiration at 15¡C on mass basis from linear regression"			12	12	3
1179	"Root respiration at 15¡C on mass basis from exponential regression"			12	12	1
1180	"Root respiration at 15¡C on mass basis from linear regression"			12	12	1
1181	"Slope of linear regression of root total respiration on mass basis vs. Temperature"			12	12	1
1182	"Root respiration at 15¡C on nitrogen basis from exponential regression"			12	12	1
1183	"Root respiration at 15¡C on nitrogen basis from linear regression"			12	12	1
1184	"Slope of linear regression of root total respiration on nitrogen basis vs. Temperature"			12	12	1
1185	"Root respiration (growing tissue) area basis at the given temperature"			2	2	1
1186	Dry weight of total (fine + coarse) roots per unit ground area			3	3	1
1187	Dry weight of total (fine + coarse) roots per plant			68	68	10
1188	"Root maintenance respiration mass basis at the given temperature"			18	18	5
1189	"Root respiration (growing tissue) mass basis at the given temperature"			42	42	5
1190	"Root respiration (growing tissue) nitrogen basis at the given temperature"			24	24	2
1191	Exponential coefficient of root total respiration vs temperature			24	24	1
1192	Woody area index			11	11	5
1193	"Stem maintenance respiration at 15¡C on area basis from exponential regression"			14	14	1
1194	"Stem respiration at 15¡C on area basis from exponential regression"			14	14	1
1196	Intercept of stem nitrogen concentration vs foliage nitrogen concentration			3	3	1
1197	Slope of stem nitrogen concentration vs. leaf nitrogen concentration			1	1	1
1198	"Stem maintenance respiration at 15¡C on mass basis from exponential regression"			16	16	2
1199	"Stem respiration at 15¡C on mass basis from exponential regression"			22	22	2
1200	"Stem maintenance respiration at 15¡C on nitrogen basis from exponential regression"			14	14	1
1201	"Stem respiration at 15¡C on nitrogen basis from exponential regression"			16	16	2
1202	Exponential coefficient of Stem maintenance respiration vs temperature			18	18	2
1203	Exponential coefficient of Stem total respiration vs temperature			24	24	2
1204	"Stem maintenance respiration surface area basis at the given temperature"			16	16	1
1205	"Stem respiration (growing) surface area basis at the given temperature"			16	16	1
1206	Stem wood carbon concentration			1264	1264	37
1207	Dry weight of stem per unit ground area			28	28	2
1208	Dry weight of stem per plant			100	100	8
1209	Empirical form factor in calculating sapwood C			5	5	1
1210	Growth respiration coefficient for stems			1	1	1
1211	"Stem maintenance respiration mass basis at the given temperature"			14	14	1
1212	"Stem respiration (growing) mass basis at the given temperature"			14	14	1
1213	"Stem maintenance respiration nitrogen basis at the given temperature"			14	14	1
1214	"Stem respiration (growing) nitrogen basis at the given temperature"			14	14	1
1215	Total stem nitrogen content (per unit ground area)			6	6	1
1216	Total stem nitrogen content per plant			3	3	1
1217	Stem surface area to dry weight ratio			3	3	2
1218	Stem surface area to volume ratio			1	1	1
1219	"Stem maintenance respiration volume basis at the given temperature"			16	16	1
1220	"Stem respiration (growing) volume basis at the given temperature"			26	26	1
1222	Initial slope of total soil respiration response to soil water content			3	3	2
1223	Q10 of total soil respiration			3	3	2
1224	Asymptote of total soil respiration at high soil water content			3	3	2
1225	Curvature of the light-response of RuBP regeneration			44	44	5
1226	Litter carbon concentration			2	2	2
1227	Litter nitrogen concentration			2	2	2
1228	Maximum temperature at which light-saturated photosynthesis (AMAX) is positive.			6	6	4
1229	Minimum temperature at which light-saturated photosynthesis (AMAX) is positive.			6	6	4
1230	Optimum temperature for light-saturated photosynthesis Amax			6	6	4
1231	Average leaf transmittance of photosynthetically active radiation			1	1	1
1232	"Maximum rate of Rubisco activity on a projected area basis"			166	162	15
1233	Intercept of the relationship between maximum Rubisco activity and leaf nitrogen content (on a leaf area basis)			28	28	7
1234	Slope of the relationship between maximum Rubisco activity and leaf nitrogen content (on a leaf area basis)			28	28	7
1235	Activation energy of Rubisco activity			10	10	3
1236	Total above-ground woody biomass per plant			17	17	4
1237	Coefficient in allometric relationship for stem mass vs height & diameter			16	16	5
1238	Exponent in allometric relationship for stem mass vs height and diameter			16	16	5
1239	Leaf Cl content per dry mass			2101	0	655
1240	Leaf Sc content per dry mass			2090	0	653
1242	Leaf As content per dry mass			334	6	190
1243	Leaf Br content per dry mass			2153	0	666
1244	Leaf Rb content per dry mass			2086	6	651
1245	Leaf Ag content per dry mass			126	0	72
1246	Leaf Cd content per dry mass			252	6	74
1247	Leaf Sb content per dry mass			1220	6	381
1248	Leaf Cs content per dry mass			1555	0	527
1249	Leaf La content per dry mass			1781	0	558
1250	Leaf Ce content per dry mass			1473	0	491
1251	Leaf Nd content per dry mass			314	0	124
1252	Leaf Sm content per dry mass			1836	0	576
1253	Leaf Eu content per dry mass			1053	0	404
1254	Leaf Gd content per dry mass			249	0	98
1255	Leaf Tb content per dry mass			612	0	247
1256	Leaf Dy content per dry mass			118	0	57
1257	Leaf Yb content per dry mass			676	0	271
1258	Leaf Lu content per dry mass			400	0	156
1259	Leaf Au content per dry mass			345	0	224
1260	Leaf Hg content per dry mass			493	6	230
1261	Leaf Th content per dry mass			944	0	383
1262	Leaf U content per dry mass			50	0	36
1263	Leaf Hf content per dry mass			307	0	181
1264	Leaf Ta content per dry mass			32	0	27
1265	Secretory elements in Wood			584	0	478
1266	Silica [SiO2] bodies in wood			301	0	297
1267	Furcation index			331389	331389	3860
1268	Height of lowest branch versus total plant height			199	199	106
1269	Root radial oxygen loss			430	0	5
1271	True leaf carbon isotope discrimination			4	4	2
1272	Leaf carbon content per area			6219	4902	1864
1273	Leaf physical strength: puncturability			227	227	159
1274	Leaf physical strength: resistance to fracture			0	0	0
1275	Vcmax per leaf area			1725	977	267
1276	Leaf water content per area			32	32	22
1277	Leaf mesophyll cell size (area)			161	0	55
1278	Stomatal conductance per leaf dry mass			841	0	19
1279	Area at base			122	122	17
1280	Federal T/E Status			61	0	60
1281	National Wetland Indicator			1202	0	1198
1282	Active Growth Period			2127	0	2074
1283	After Harvest Regrowth Rate			1398	0	1370
1284	Bloat			1940	0	1897
1285	Carbon/nitrogen (C/N) Ratio			1925	0	1877
1286	Coppice Potential			2185	0	2130
1287	Fall Conspicuous			2185	0	2130
1288	Fire Resistant			2185	0	2130
1289	Flower Color			2102	0	2053
1290	Flower Conspicuous			2185	0	2130
1291	Foliage Color			2167	0	2112
1292	Foliage Porosity Summer			2226	107	2102
1293	Foliage Porosity Winter			2107	0	2053
1294	Foliage Texture			2457	296	2396
1295	Fruit/Seed Color			2073	0	2022
1296	Fruit/Seed Conspicuous			2185	0	2130
1297	Growth Form			2132	0	2077
1298	Growth Rate			2111	0	2057
1299	Height at 20 Years			1025	0	995
1300	Known Allelopath			2185	0	2130
1301	Leaf Retention			2185	0	2130
1302	Lifespan			2140	0	2085
1303	Low Growing Grass			2185	0	2130
1304	Shape and Orientation			2140	0	2086
1305	Toxicity			2106	0	2053
1306	Adapted to Coarse Textured Soils			2185	0	2130
1307	Adapted to Fine Textured Soils			2185	0	2130
1308	Adapted to Medium Textured Soils			2185	0	2130
1309	Anaerobic Tolerance			2139	0	2085
1310	CaCO3 Tolerance			2092	0	2041
1311	Cold Stratification Required			2185	0	2130
1312	Fertility Requirement			2140	0	2088
1313	Fire Tolerance			2060	0	2008
1314	"Frost Free Days Minimum"			2175	0	2121
1315	Hedge Tolerance			2055	0	2009
1316	Moisture Use			2037	0	1988
1317	"pH Minimum"			2110	0	2057
1318	"pH Maximum"			2111	0	2057
1319	"Planting Density per Acre Minimum"			1668	0	1627
1320	"Planting Density per Acre Maximum"			1668	0	1627
1321	"Precipitation Minimum"			2117	0	2062
1322	"Precipitation Maximum"			2118	0	2063
1323	"Root Depth Minimum"			2168	0	2115
1324	Salinity Tolerance			2115	0	2062
1325	"Temperature Minimum"			2174	0	2119
1326	Commercial Availability			2064	0	2013
1327	Fruit/Seed Abundance			2001	0	1952
1328	Fruit/Seed Period Begin			2080	0	2029
1329	Fruit/Seed Period End			2078	0	2028
1330	Fruit/Seed Persistence			2185	0	2130
1331	Propagated by Bare Root			2185	0	2130
1332	Propagated by Bulb			2185	0	2130
1333	Propagated by Container			2185	0	2130
1334	Propagated by Corm			2185	0	2130
1335	Propagated by Cuttings			2185	0	2130
1336	Propagated by Seed			2185	0	2130
1337	Propagated by Sod			2185	0	2130
1338	Propagated by Sprigs			2185	0	2130
1339	Propagated by Tubers			2185	0	2130
1340	Seed Spread Rate			2063	0	2010
1341	Seedling Vigor			1989	0	1938
1342	Small Grain			2185	0	2130
1343	Vegetative Spread Rate			2034	0	1983
1344	Berry/Nut/Seed Product			2185	0	2130
1345	Christmas Tree Product			2185	0	2130
1346	Fodder Product			2185	0	2130
1347	Fuelwood Product			2185	0	2130
1348	Lumber Product			2185	0	2130
1349	Naval Store Product			2185	0	2130
1350	Nursery Stock Product			2185	0	2130
1351	Palatable Browse Animal			1669	0	1619
1352	Palatable Graze Animal			1573	0	1525
1353	Palatable Human			2185	0	2130
1354	Post Product			2185	0	2130
1355	Protein Potential			1259	0	1229
1356	Pulpwood Product			2185	0	2130
1357	Veneer Product			2185	0	2130
1359	Specific Root Length (m/g) of Fine Roots			245	245	191
1360	Mean Flr Date (Julian day)			139	139	139
1361	Flowering Period (Flr) Length (days)			139	139	139
1365	Leaf pH			281	281	104
1367	Wood Nitrogen content			1266	1266	37
1368	Wood phosphorus content			1056	1056	35
1369	Bark Carbon Content			439	439	27
1370	Bark Nitrogen Content			438	438	27
1371	Bark phosphorus Content			425	425	26
1372	Coarse root phosphorus content per dry mass			1	1	1
1373	Architectural allometries: stem diameter versus aboveground biomass			3	3	3
1374	Fv/Fm			48	48	2
1375	Stem/Wood Ca content per dry mass			6	6	3
1376	Stem/Wood Mg content per dry mass			6	6	3
1377	Stem/Wood Al content per dry mass			6	6	3
1378	Stem/Wood Fe content per dry mass			6	6	3
1379	Stem/Wood Na content per dry mass			6	6	3
1380	Stem/Wood K content per dry mass			6	6	3
1381	Stem/Wood S content per dry mass			6	6	3
1382	Stem/Wood Hg content per dry mass			6	6	3
1383	Stem/Wood Sb content per dry mass			6	6	3
1384	Stem/Wood Mo content per dry mass			6	6	3
1385	Stem/Wood Cd content per dry mass			6	6	3
1386	Stem/Wood Pb content per dry mass			6	6	3
1387	Stem/Wood Ni content per dry mass			6	6	3
1388	Stem/Wood Cu content per dry mass			6	6	3
1389	Stem/Wood Ti content per dry mass			6	6	3
1390	Stem/Wood Zn content per dry mass			6	6	3
1391	Stem/Wood As content per dry mass			6	6	3
1392	Stem/Wood Cr content per dry mass			6	6	3
1393	Coarse Root Ca content per dry mass			1	1	1
1394	Coarse Root Mg content per dry mass			1	1	1
1395	Coarse Root Al content per dry mass			1	1	1
1396	Coarse Root Fe content per dry mass			1	1	1
1397	Coarse Root Na content per dry mass			1	1	1
1398	Coarse Root K content per dry mass			1	1	1
1399	Coarse Root S content per dry mass			1	1	1
1400	Coarse Root Hg content per dry mass			1	1	1
1401	Coarse Root Sb content per dry mass			1	1	1
1402	Coarse Root Mo content per dry mass			1	1	1
1403	Coarse Root Cd content per dry mass			1	1	1
1404	Coarse Root Pb content per dry mass			1	1	1
1405	Coarse Root Ni content per dry mass			1	1	1
1406	Coarse Root Cu content per dry mass			1	1	1
1407	Coarse Root Ti content per dry mass			1	1	1
1408	Coarse Root Zn content per dry mass			1	1	1
1409	Coarse Root As content per dry mass			1	1	1
1410	Coarse Root Cr content per dry mass			1	1	1
1425	Gymnosperm/Angiosperm/Tree/Herb			2130	267	279
1426	Leaf respiration per dry mass at 20 C			1386	267	263
1427	Root respiration at measurement temperature			744	0	83
1428	Root respiration calculated to 25C			744	0	83
1429	Root respiration calculated to 20C			744	0	83
1430	Root respiration calculated to mean temp of growth season			0	0	0
1433	SLA per leaf fresh weight			172	144	159
1440	Stem respiration rate			380	233	16
1446	Leaf organic nitrogen content			145	0	19
1447	Leaf nitrate (NO3-) content			142	0	19
1448	Root sugar content per dry mass			48	0	16
1449	Root Respiration at 18C			15	0	15
1450	Root Respiration at 23C			46	0	16
1451	Root Respiration at 28C			16	0	16
1452	Leaf respiration per dry mass (Rdmass) at 18 C			15	0	15
1453	Leaf respiration per dry mass (Rdmass) at 23 C			45	0	16
1454	Leaf respiration per dry mass (Rdmass) at 28 C			16	0	16
1455	Leaf respiration per dry area (Rdarea) at 18 C			15	0	15
1456	Leaf respiration per dry area (Rdarea) at 23 C			45	0	16
1457	Leaf respiration per dry area (Rdarea) at 28 C			16	0	16
1458	Leaf photosynthesis at saturating light (Asat) mass 18 C			15	0	15
1459	Leaf photosynthesis at saturating light (Asat) mass 23 C			15	0	15
1460	Leaf photosynthesis at saturating light (Asat) mass 28 C			16	0	16
1461	Photosynthesis per leaf area at irradiance of 500 micro mol m-2 s-1			0	0	0
1462	Leaf respiration in light per area			16	0	10
1463	Photosynthesis per leaf mass at irradiance of 500 micro mol m-2 s-1			16	0	10
1464	Leaf respiration in light per mass			32	0	10
1465	Ratio leaf respiration in light / respiration in the dark			16	0	10
1466	"Difference of leaf respiration in dark - respiration in the light mass based"			16	0	10
1467	Gamma star (Farquhar model)			16	0	10
1468	Farquhar model: Oxygenation capacity			16	0	10
1469	Cotyledon Nitrogen content			20	0	10
1470	Total nitrogen content (%)			20	0	10
1471	Root nitrogen ratio			20	0	10
1472	Stem nitrogen ratio			20	0	10
1473	Leaf nitrogen ratio			20	0	10
1474	Growth per nitrogen			20	0	10
1475	Growth per nitrogen in foliage			20	0	10
1476	Nitrogen uptake ratio			20	0	10
1477	Root carbon content (%)			0	0	0
1478	Cotyledon Carbon content			20	0	10
1479	Root TNC			20	0	10
1480	Stem TNC			20	0	10