The abundance of epiphytic liverworts on the bark of Cryptomeria japonica in relation to different physical and biochemical attributes, found in Senchal Wildlife Sanctuary, Darjeeling, Eastern Himalaya

Mukhia, Sumira; Mandal, Palash; Singh, D. K.; Singh, Devendra

doi:10.1186/s12898-019-0253-9

Table 1 Regression coefficients of models when predicting variables of the abundance of epiphytic liverwort are removed by stepwise backward elimination

From: The abundance of epiphytic liverworts on the bark of Cryptomeria japonica in relation to different physical and biochemical attributes, found in Senchal Wildlife Sanctuary, Darjeeling, Eastern Himalaya

Model	Unstandardized coefficients		Standardized coefficients	t	Sig.
Model	B	Std. error	Beta	t	Sig.
1
(Constant)	34.458	24.031		1.434	0.160
dbh	0.401	0.127	0.349	3.158	0.003
Phenol content	0.078	0.419	0.020	0.186	0.853
Flavonoid content	0.179	0.744	0.027	0.241	0.811
Orthodihydric phenol content	− 0.330	2.077	− 0.019	− 0.159	0.875
Moisture content	0.910	0.481	0.183	1.892	0.066
pH	− 0.423	5.814	− 0.005	− 0.073	0.942
Light intensity	− 0.002	0.001	− 0.218	− 1.780	0.083
Sugar content	47.689	56.758	0.800	0.840	0.406
Tannin content	− 360.325	431.986	− 0.798	− 0.834	0.409
Terpenoid content	− 2.486	0.704	− 0.332	− 3.533	0.001
2
(Constant)	33.263	17.307		1.922	0.062
dbh	0.401	0.125	0.350	3.209	0.003
Phenol content	0.077	0.413	0.020	0.186	0.854
Flavonoid content	0.175	0.733	0.026	0.239	0.812
Orthodihydric phenol content	− 0.342	2.045	− 0.019	− 0.167	0.868
Moisture content	0.902	0.460	0.181	1.961	0.057
Light intensity	− 0.002	0.001	− 0.217	− 1.809	0.078
Sugar content	47.614	56.039	0.799	0.850	0.401
Tannin content	− 359.747	426.509	− 0.797	− 0.843	0.404
Terpenoid content	− 2.498	0.675	− 0.334	− 3.702	0.001
3
(Constant)	32.574	16.607		1.961	0.057
dbh	0.407	0.119	0.355	3.408	0.001
Phenol content	0.048	0.371	0.013	0.129	0.898
Flavonoid content	0.121	0.648	0.018	0.186	0.853
Moisture content	0.895	0.453	0.180	1.978	0.055
Light intensity	− 0.002	0.001	− 0.215	− 1.823	0.076
Sugar content	51.469	50.460	0.863	1.020	0.314
Tannin content	− 389.859	381.957	− 0.864	− 1.021	0.313
Terpenoid content	− 2.473	0.650	− 0.331	− 3.802	0.000
4
(Constant)	33.125	15.859		2.089	0.043
dbh	0.406	0.118	0.354	3.446	0.001
Flavonoid content	0.173	0.498	0.026	0.348	0.730
Moisture content	0.884	0.439	0.178	2.013	0.051
Light intensity	− 0.002	0.001	− 0.214	− 1.840	0.073
Sugar content	50.255	48.994	0.843	1.026	0.311
Tannin content	− 380.683	370.874	− 0.843	− 1.026	0.311
Terpenoid content	− 2.476	0.642	− 0.331	− 3.854	0.000
5
(Constant)	35.520	14.139		2.512	0.016
dbh	0.414	0.115	0.361	3.614	0.001
Moisture content	0.862	0.430	0.173	2.004	0.051
Light intensity	− 0.002	0.001	− 0.208	− 1.826	0.075
Sugar content	49.467	48.439	0.830	1.021	0.313
Tannin content	− 378.867	367.027	− 0.839	− 1.032	0.308
Terpenoid content	− 2.498	0.633	− 0.334	− 3.949	0.000
6
(Constant)	37.107	14.061		2.639	0.011
dbh	0.405	0.114	0.354	3.546	0.001
Moisture content	0.851	0.430	0.171	1.979	0.054
Light intensity	− 0.002	0.001	− 0.225	− 1.996	0.052
Tannin content	− 5.341	30.470	− 0.012	− 0.175	0.862
Terpenoid content	− 2.505	0.633	− 0.335	− 3.959	0.000
7
(Constant)	36.855	13.836		2.664	0.011
dbh	0.404	0.113	0.352	3.581	0.001
Moisture content	0.856	0.425	0.172	2.016	0.050
Light intensity	− 0.002	0.001	− 0.224	− 2.013	0.050
Terpenoid content	− 2.523	0.618	− 0.337	− 4.084	0.000

Dependent variable: abundance of epiphytic liverworts

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ISSN: 1472-6785

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