Forensic sciences: Effects of stress and perturbations on soil communities/Appendices

Conclusion End Testate amoebae identification data XArcella_aArgynnia_aAssulina_aCentropyxis_aCyclopyxis_aCyphoderia_aDiflugia_aEuglypha_aHeleopera_aHyalosphenia_aMicrochlamys_aParaquadrula_aPhryganella_aPlagiopyxis_aNebela_aTracheleuglypha_aTrinema_aSchwabia_aLesqueresia_aArcella_dArgynnia_dAssulina_dCentropyxis_dCyclopyxis_dCyphoderia_dDiflugia_dEuglypha_dHeleopera_dHyalosphenia_dMicrochlamys_dParaquadrula_dPhryganella_dPlagiopyxis_dNebela_dTracheleuglypha_dTrinema_dSchwabia_dLesqueresia_d 11_P_0NANANANANANANANANANANANANANANANANANANA3NANA54NANANANANANANA6NA2NANANANA 22_P_0NANANANANANANANANANANANANANANANANANANANANANA25NA222NANANA2NANA23NANA 33_P_0NANANANANANANANANANANANANANANANANANANA21NANA31NA4NANANA22NA14NANANA 41_B_0NANANANANANANANANANANANANANANANANANANA4NA1NA2NANA64NANANANANA12NANANA 52_B_0NANANANANANANANANANANANANANA1NANANANA61NA32NANA21NANA3NANA1NANANANA 63_B_0NANANANANANANANANANANANANANANANANANANA7NANA55NANANANA2NANA1NANANANANANA 71_M_0NANANANANANANANANANANANANANANANANANANA6NANA1NANANA5NANANA12NA14NANANA 82_M_0NANANANANANANANANANANANANANANANANANANA2NA164NANA13NANANANANA12NANANA 93_M_0NANANANANANANANANANANANANANANA1NANANA61NA32NANA31NANANANA111NANANA 101_C_0NANANANANANANANANANANANANANANANANANANA7NANA41NANA26NANANANANANANANANANA 112_C_0NANANANANANANA1NANANANANANANANANANANA4NANA211NANA1NANANANANANA1NANANANA 123_C_0NANANANANANANANANANANANANANANANANANANA5NA454NANANANANANANANANA1NA1NANA 131_P_11NANANANA2NANANANANANANANANANANANANANA1NANA93NANA11NANANA21NANANANANA 142_P_11NANANANANANANANANANANANANANANANANANANA2NANA79NANA1NANANA1NANANANANANANA 153_P_11NANANANANANANANANANANANANANANANANANANA3NANA53NANA2NANANA1NANA42NANANA 161_B_11NANANANANANANANANANANANANANANANANANANA1NA2211NANA11NANANANANA1NA1NANA 172_B_11NANANANANANANA3NANANANANANANANANANANA2NANA75NANANANANANA2NANA1NANANANA 183_B_11NANANANANANANANANANANANANANANANANANANA7NANA36NANANA3NANANANANA1NANANANA 191_M_11NANANANANANANANANANANANANANANANANANANA7NANA32NANA13NA1NANA3NANANANANA 202_M_11NANANANANANANANANANANANANANANANANANANA4NANA211NANANANANANANANA12NANANANA 213_M_11NANANANANANANANANANANANANANANANANA1NA4NANA42NANA21NANANA3NA21NANANA 221_C_11NANANANANANANANANANANANANANANANANANANANANANA66NANA11NANANA132NANANANA 232_C_11NANANANANANANA2NANANANANANANANANANANA5NANA72NANA3NANANANANANA1NANANANA 243_C_11NANANANANANANANANANANANANANANANANANANA5NANA44NANANA7NANANANANANANANANANA 251_P_182NANANA1NANA1NANANANANANA1NANANANA4NANA54NANANANANANANA1NANANANANA1 262_P_181NA13NANANA56NANANANANA2NANANANA4NANA2NANANANA1NANANANANANANANANANA 273_P_183NANANA1NANANA1NANANANANANANANANANA21NA37NANANA2NANANANANANANANANANA 281_B_18NANANA11NANA4NANANA3NANANANANANANA6NANA22NANA4NANANA2NANANANANANANA 292_B_18NANANANANANANANANANANA1NANANANANANANA8NANA4NANANA11NANA3NANA2NANANANA 303_B_181NANA1NANANA3NANANANANANA1NANANANA5NANA44NANA3NANANANANANA2NA1NANA 311_M_181NANA1NANANA2NANANANANANANANANANANA9NANA51NANANA1NANANANANANANANANANA 322_M_181NANANA1NANANA2NANANANA1NANANANANA1NANA37NANANA2NANANANA2NANANANANA 333_M_18NANANANANANANA3NANANANANANA1NANANANA5NANA24NANA4NANANANANA1NANA2NANA 341_C_181NANA1NANANA7NANANA1NANANANANANANA4NANA4NANANA11NANANANANANANANANANA 352_C_181NANANANANANA1NANANANANANA1NANANANA6NANA32NANA2NANANANANANA211NANA 363_C_18NANANA14NANA2NANANANANANA2NANANANA1NANA42NANA21NANANANANA1NANANANA 371_P_251NANANANANANANANANANANANANANANANANANA6NANA64NANA1NANANANANANA2NANANANA 382_P_25NANANANANANANA1NANANANANANA1NANANANA3NA2312NA21NANANANANA3NA1NANA 393_P_251NANA1NANANANANANANANANANANANANANANA8NANA72NANANANANANANANA1NANANANANA 401_B_25NANANANANANANA3NANANANANANANANANANANA8NANA63NANANANANANANANANANANANANANA 412_B_252NANANANANANANANANANANANANA2NANANANA9NANA32NANANANANANANANANA2NANANANA 423_B_25NANANANANANANANANANANANANANANANA1NANA5NANA35NANANANANANA3NANA1NA2NANA 431_M_251NANANANANANA1NANANANANANA3NANANANA3NANA33NANA3NANANANANANA2NA1NANA 442_M_253NANA1NANANA22NANANANA11NANANANA4NANA13NANANANANANANANA2NANANANANA 453_M_25NANANANANANANA2NANANANANANA1NANANANA6NANA44NANA1NANANANANA1NANA1NANA 461_C_25NANANA32NANANANANANANANANA1NANANANA1NANA56NANANANANANANA1NANANANANA1 472_C_25NA1NA22NANA11NANANANA11NANANANA2NANA16NANANANANANANANA2NANANANANA 483_C_25NANANA1NANANA1NANANANANANA2NANANANA2NANA65NANA11NANANANANANANANANA1 Legend: X axis: Gender name; its statue: a stands for alive, d stands for dead Y axis: Number of line; Number of replicate; Treatment: P stands for pig, B stands for blood, M stands for manure, C stands for control; Post mortem interval (PMI) with the sampling Environmental data respiphtreatmentPMIreplicate 12.657.50pig01 22.897.08pig02 32.797.62pig03 44.487.45blood01 53.377.35blood02 64.177.38blood03 73.647.14manure01 83.937.51manure02 94.607.45manure03 103.007.79control01 113.967.72control02 124.537.42control03 1321.067.58pig111 1457.818.38pig112 1540.938.78pig113 1621.569.06blood111 1730.948.94blood112 1824.388.92blood113 195.127.50manure111 206.187.50manure112 215.237.58manure113 220.007.49control111 232.027.50control112 242.927.46control113 2524.167.89pig181 2610.966.99pig182 2715.606.85pig183 2821.248.68blood181 2917.999.09blood182 3013.748.88blood183 313.027.71manure181 322.027.90manure182 332.977.69manure183 342.197.20control181 352.077.26control182 362.477.39control183 37NA6.46pig251 38NA5.80pig252 39NA5.68pig253 40NA7.74blood251 41NA7.26blood252 42NA7.62blood253 43NA6.48manure251 44NA6.64manure252 45NA6.01manure253 46NA5.70control251 47NA6.24control252 48NA6.00control253 Statistical analysis ANOVA: Released CO2 flow in function of time, treatment and interaction between both Response: respi Df Sum Sq Mean Sq F value Pr(>F) PMI 2 1272.4 636.21 17.9783 1.692e-05 *** treatment 3 1976.2 658.75 18.6152 1.863e-06 *** PMI:treatment 6 1575.1 262.52 7.4183 0.0001425 *** Residuals 24 849.3 35.39 --- Signif. codes: 0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1 Tukey multiple comparisons of means 95% family-wise confidence level Fit: aov(formula = respi ~ PMI + treatment + PMI * treatment, data = env) ANOVA: pH in function of time, treatment and interaction between both Response: ph Df Sum Sq Mean Sq F value Pr(>F) PMI 3 17.3921 5.7974 68.9444 4.657e-14 *** treatment 3 9.2794 3.0931 36.7848 1.743e-10 *** PMI:treatment 9 5.4843 0.6094 7.2468 1.155e-05 *** Residuals 32 2.6908 0.0841 --- Signif. codes: 0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1 Tukey multiple comparisons of means 95% family-wise confidence level Fit: aov(formula = ph ~ PMI + treatment + PMI * treatment, data = env) ANOVA: Living/dead ratio in function of time, treatment and interaction between both Response: living/dead Df Sum Sq Mean Sq F value Pr(>F) PMI 3 2.5664 0.85548 6.1263 0.002055 ** treatment 3 0.2414 0.08047 0.5763 0.634787 PMI:treatment 9 1.4706 0.16340 1.1702 0.346392 Residuals 32 4.4685 0.13964 --- Signif. codes: 0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1 Tukey multiple comparisons of means 95% family-wise confidence level Fit: aov(formula = ld ~ PMI + treatment + PMI * treatment, data = env) ANOVA: Shannon index in function of time, treatment and interaction between both Response: H (Shannon index) Df Sum Sq Mean Sq F value Pr(>F) PMI 3 0.22539 0.075129 1.2125 0.3210 treatment 3 0.21006 0.070019 1.1300 0.3516 PMI:treatment 9 0.43570 0.048411 0.7813 0.6348 Residuals 32 1.98279 0.061962 Tukey multiple comparisons of means 95% family-wise confidence level Fit: aov(formula = H ~ PMI + treatment + PMI * treatment, data = env) Pearson's correlation: Correlation between pH and living/dead ratio Pearson's product-moment correlation t = -1.4297, df = 46, p-value = 0.1596 alternative hypothesis: true correlation is not equal to 0 95 percent confidence interval: -0.46324980 0.08271776 sample estimates: cor -0.2062648 Pearson's correlation: Correlation between pH and Shannon index Pearson's product-moment correlation t = -0.4397, df = 46, p-value = 0.6622 alternative hypothesis: true correlation is not equal to 0 95 percent confidence interval: -0.3425392 0.2235426 sample estimates: cor -0.06470173 Conclusion End