Forest - Science topic

Six factors were tested for a correlation with maximum temperature in red millipedes Centrobolus. Minimum temperature (r=0.7518, r 2 =0.5652, n=22, p=0.000055), lowest relative humidity (r=-0.5861, r 2 =0.3435, n=22, p=0.004159), highest ocean water temperature (r=0.70442272, Z score=2.14581602, n=9, p=0.01594377), mean ocean water temperature (r=0...

The volume was tested for a correlation with highest duration of sunshine in red millipedes Centrobolus. The volume was correlated with highest duration of sunshine in a day (r=-0.5152, r 2 =0.2654, n=22, p=0.014136).

Eight factors were tested for a correlation with average temperature in red millipedes Centrobolus. Highest ocean water temperature (r=0.936, r 2 =0.8761, n=7, p=0.001922), minimum ocean water temperature (r= 0.73472497, Z score=2.48414491, n=10, p=0.00649316), surface-area-to-volume ratio (was marginally related) in males (Spearman's r=-0.33692008...

Duration of sunshine was tested for a correlation with curved surface areas in red millipedes Centrobolus. Lowest and highest duration of sunshine was related to female curved surface areas (r=-0.4773, r 2 =0.2278, n=22, p=0.024686)(r=-0.5216, r 2 =0.2721, n=22, p=0.012787). Lowest and highest duration of sunshine was related to male curved surface...

The temperature was tested for a correlation with lowest duration of sunshine in red millipedes Centrobolus. The temperature was correlated with lowest duration of sunshine (r=-0.5342, r 2 =0.2854, n=22, p=0.010438).

Seven factors were tested for correlations with air pressure in red millipedes Centrobolus. Highest ocean water temperature (r=0.72988143, Z score=1.85694712, n=7, p=0.03165928), latitude (r=-0.41899808, Z score=-1.94614434, n=22, p=0.02581863), altitude (r=-0.8701, r 2 =0.7571, n=22, p<0.00001), minimum precipitation (r= 0. 37536159, Z score=1.720...

Moments of inertia was tested for a correlation with lowest duration of sunshine in red millipedes Centrobolus. The moments of inertia were correlated with lowest duration of sunshine (r=-0.6673, r 2 =0.4453, n=10, p=0.035028).

Latitude was tested for a correlation with highest duration of sunshine in red millipedes Centrobolus. The latitude was correlated with highest duration of sunshine (r=-0.4684, r 2 =0.2194, n=22, p=0.027902).

Precipitation was tested for a correlation with ten factors in red millipedes Centrobolus. Precipitation was correlated with temperature (r= 0.5369, r 2 =0.2883, n=22, p=0.009967), longitude (r=0.7355, r 2 =0.541, n=22, p=0.00101), latitude (r=0.6515, r 2 =0.4245, n=22, p=0.001009), highest ocean water temperature (r=0.6812, r 2 =0.484, n=9, p=0.04...

Length was tested for a correlation with lowest duration of sunshine in red millipedes Centrobolus. Female length was related to lowest duration of sunshine (r=-0.5276, r 2 =0.2784, n=22, p=0.01162). Male length was related to lowest duration of sunshine (r=-0.5411, r 2 =0.2928, n=22, p=0.015813).

Minimum temperature was correlated with surface area in red millipedes Centrobolus. Surface area in males was related to minimum temperature (r=0.50039879, Z score=2.39668833, n=22, p=0.00827199) (y = 77.98258868 · x + 355.58447284) and surface area in females was related to minimum temperature (r=0.60055443, Z score=3.02513656, n=22, p=0.00124267)...

Mean ocean water temperature was tested for a correlation with the month with the lowest number of rainy days in red millipedes Centrobolus. Mean ocean water temperature was related to the month with the lowest number of rainy days (r=0.66698284, Z score=1.97254540, n=9, p=0.02427362).

Latitude was tested for a correlation with altitude in red millipedes Centrobolus. The latitude was correlated with altitude (r=0.5426, r 2 =0.2944, n=22, p=0.009078).

Width was tested for a correlation with lowest duration of sunshine in red millipedes Centrobolus. Female width was related to lowest duration of sunshine (r=-0.4579, r 2 =0.2097, n=22, p=0.032116). Male width was marginally related to lowest duration of sunshine (r=-0.4102, r 2 =0.1683, n=22, p=0.057944).

Longitude was tested for a correlation with highest duration of sunshine in red millipedes Centrobolus. The longitude was correlated with highest duration of sunshine (Fig. 1: r=-0.8759, r 2 =0.7672, n=22, p<0.00001).

Seven factors were tested for a correlation with minimum temperature in red millipedes Centrobolus. Minimum ocean water temperature (r=0.99186007, Z score=6.73614916, n=9, p=0), mean ocean water temperature (r=0.97655914, Z score=5.86646695, n=10, p=0), highest ocean water temperature (r=0.66674886, Z score1.97151325, n=9, p=0.02433253) volume (r=-...

Highest duration of sunshine was tested for a correlation with curved surface areas in red millipedes Centrobolus. Highest duration of sunshine was related to female curved surface areas (r=-0.5216, r 2 =0.2721, n=22, p=0.012787). Highest duration of sunshine area was related to male curved surface areas (r=-0.5061, r 2 =0.2561, n=22, p=0.016251).

Mass was tested for a correlation with highest duration of sunshine in red millipedes Centrobolus. The mass was correlated with highest duration of sunshine (r=-0.7322, r 2 =0.5361, n=10, p=0.016047).

Highest ocean water temperature was tested for a correlation with latitude and longitude in red millipedes Centrobolus. Highest ocean water temperature was related to latitude (r=0.9105, r 2 =0.829, n=7, p=0.004444) and longitude (r=0.99, r 2 =0.9801, n=7, p=0.000019).

Month with the highest number of rainy days was tested for a correlation with five factors in red millipedes Centrobolus. Month with the highest number of rainy days was related to highest relative humidity (r= 0.5636, r 2 =0.3176, n=22, p=0.006258), altitude (r=0.40736135, Z score=1.88497750, n=22, p=0.02971637), highest ocean water temperature (r...

Highest, lowest and mean ocean water temperature were tested for correlations with volume in red millipedes Centrobolus. Highest ocean water temperature was related to volume (r=0.62180682, Z score=1.78309504, n=9, p=0.03728537). Minimum ocean water temperature was related to volume (r=0.770339, Z score=2.50132345, n=9, p=0.00618652). Mean ocean wa...

Ten factors were tested for a correlation with lowest duration of sunshine in red millipedes Centrobolus. Hours of sunshine throughout the year (r= 0.903, r 2 =0.8154, n=22, p<0.00001), temperature (r=-0.5688, r 2 =0.3235, n=22, p=0.005738), precipitation (r=-0.727, r 2 =0.5285, n=22, p=0.000127), mass (r=-0.7424, r 2 =0.5512, n=10, p=0.013925), lo...

Fifteen factors were tested for a correlation with highest duration of sunshine in red millipedes Centrobolus. The moments of inertia (r=-0.6579, r 2 =0.4328, n=10, p=0.038658), mass (r=-0.7322, r 2 =0.5361, n=10, p=0.016047), longitude (r=-0.8759, r 2 =0.7672, n=22, p<0.00001), lowest duration of sunshine in a month (r= 0.9396, r 2 =0.8828, n=22,...

Average monthly duration of sunlight was tested for a correlation with fourteen factors in red millipedes Centrobolus. Average monthly duration of sunlight was correlated to volume (r=-0.4389, r 2 =0.1926, n=22, p=0.040953), was marginally related to minimum precipitation (r=-0.34806911, Z score=-1.58334825, n=22, p=0.05667106), highest duration of...

Hours of sunshine throughout the year was tested for a correlation with ten factors in red millipedes Centrobolus. Hours of sunshine throughout the year was correlated with mean ocean water temperature (r=-0.85918934, Z score=-3.41365378, n=10, p=0.00032054), highest duration of sunshine (r= 0.8292, r 2 =0.6876, n=22, p<0.00001), longitude (r=-0.72...

Four factors were tested for a correlation with the month with the lowest number of rainy days in red millipedes Centrobolus. The temperature (r= 0.4528, r 2 =0.205, n=22, p=0.034336), minimum ocean water temperature (r=0.63447460, Z score=1.83435052, n=9, p=0.03330093), mean ocean water temperature (r=0.66698284, Z score=1.97254540, n=9, p=0.02427...

Twelve factors were tested for a correlation with highest total hours of sunshine in a month in red millipedes Centrobolus. Hours of sunshine throughout the year (r= 0.6818, r 2 =0.4649, n=22, p=0.000472), temperature (r=-0.549, r 2 =0.3012, n=22, p=0.008142), surface-area-to-volume ratio in males (Pearson's r=0.39827777, Z score=1.83771325, n=22,...

Altitude was tested for a correlation with length in forest red millipedes Centrobolus. Length was marginally related to altitude (r=-0.2518, r 2 =0.634, n=44, p=0.099177).

Lowest relative humidity was tested for a correlation with highest relative humidity, highest ocean water temperature and moments of inertia in red millipedes Centrobolus. Lowest relative humidity was related to highest relative humidity (r= 0.5352, r 2 =0.2864, n=22, p=0.010267). Highest ocean water temperature was related to lowest relative humid...

Abundance was tested for a correlation with average monthly duration of sunshine in red millipedes Centrobolus. Abundance was related to average monthly duration of sunshine (r=-0.63046242, Z score=1.65957221, n=8, p=0.04850025).

Altitude was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Altitude was related to minimum precipitation (r=-0.5623, r 2 =0.3162, n=22, p=0.006452).

Ocean water temperature was tested for a correlation with abundance in red millipedes Centrobolus. Mean ocean water temperature was related to abundances (r=0.63046242, Z score=1.65957221, n=8, p=0.04850025). Maximum ocean water temperature was related to abundances (r=-0.63046242, Z score=-1.65957221, n=8, p=0.04850025). Minimum ocean water temper...

Abundance was tested for a correlation with lowest duration of sunshine in a month in red millipedes Centrobolus. Abundance was related to lowest duration of sunshine in a month (r=-0.63046242, Z score=-1.65957221, n=8, p=0.04850025).

Altitude was tested for a correlation with maximum precipitation in red millipedes Centrobolus. Altitude was related to maximum precipitation (r=-0.5333, r 2 =0.2844, n=22, p=0.010645).

Abundance was tested for a correlation with highest duration of sunshine in a day in red millipedes Centrobolus. Abundance was related to highest duration of sunshine in a day (r=0.63046242, Z score=1.65957221, n=8, p=0.04850025).

Volumes were compared in sympatric forest red millipedes Centrobolus. Volumes were significantly different between the sexes (P-value calculator: P-value=0.000568, Z score=3.254342, n=2, 2) (P-value=0.000362, Z score=3.380658, n=2, 2). Mean volumes of males in C. anulatus and C. inscriptus were 1785mm 3 and females were 21520mm 3 ; 0.205602mm 3 rel...

Highest ocean water temperature was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Highest ocean water temperature was related to minimum precipitation (r=0.70020301, Z score=2.29571497, n=10, p=0.01084606).

The month with the highest number of rainy days was tested for a correlation with air pressure in red millipedes Centrobolus. The month with the highest number of rainy days was correlated with air pressure (r=-0.5553, r 2 =0.3084, n=22, p=0.007301).

Curved surface areas of a pair of sympatric species were compared in forest red millipedes Centrobolus. Curved surface areas were significantly different between the sexes (P-value calculator: P-value=0.002839, Z score=-2.765863, n=2, 2). Curved surface areas in C. anulatus and C. inscriptus females were 2734.7565mm 2 and males were 2390.8020mm 2 ;...

Lowest number of daily hours of sunshine in a day in red millipedes Centrobolus was tested for correlations with eighteen factors. Highest number of daily hours of sunshine (r= 0.7448, r 2 =0.5547, n=22, p=0.00007), hours of sunshine in a year (r= 0.8586, r 2 =0.7372, n=22, p<0.00001), precipitation (r=-0.7173, r 2 =0.5145, n=22, p<0.000173), minim...

The mean ocean water temperature was tested for a correlation with minimum precipitation in red millipedes Centrobolus. The mean ocean water temperature was correlated with minimum precipitation (r=0.90328257, Z score=3.94156315, n=10, p=0.00004049).

The altitude was tested for a correlation with average temperature variation in red millipedes Centrobolus. The altitude was correlated with average temperature variation (r= 0.4754, r 2 =0.226, n=22, p=0.025346).

Highest total hours of sunshine in a month was tested for a correlation with surface area in red millipedes Centrobolus. Surface area in males was related to highest total hours of sunshine in a month (r=-0.64024741, Z score=-3.30662987, n=22, p=0.00047219) (y =-9.39813108 · x + 4,064.80186441) and surface area in females was related to highest tot...

Highest duration of sunshine in a day was tested for a correlation with average monthly duration of sunlight in red millipedes Centrobolus. Highest duration of sunshine in a day was related to average monthly duration of sunlight (r=0.8022, r 2 =0.6435, n=22, p<0.00001).

A second pair of sympatric species' second polar moments of inertness were compared in forest red millipedes Centrobolus. Second polar moments of inertness were significantly different between the sexes (P-value calculator: P-value=0.035631, Z score=-1.8038, n=2, 2). Second polar moments of inertness in C. fulgidus and C. richardii females were 263...

Minimum ocean water temperature was tested for a correlation with maximum precipitation in red millipedes Centrobolus. Minimum ocean water temperature was marginally related to maximum precipitation (r=0.53038241, Z score=1.56278472, n=10, p=0.05905163).

A second pair of sympatric species' second polar moments of inertness were compared in forest red millipedes Centrobolus. Second polar moments of inertness were significantly different (P-value calculator: P-value=0, Z score=-218.294460, n=2, 2). Second polar moments of inertness in C. fulgidus were 2253.5425 4 and in C. richardii were 1670.3840 4...

Minimum temperature was tested for a correlation with highest duration of sunshine in red millipedes Centrobolus. Minimum temperature was related to highest duration of sunshine (r=-0.6229, r 2 =0.388, n=22, p=0.001958).

Minimum ocean water temperature was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Minimum ocean water temperature was related to minimum precipitation (r=0.91774928, Z score=3.85688746, n=9, p=0.00005744).

Highest relative humidity was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Highest relative humidity was related to minimum precipitation (r= 0.4651, r 2 =0.2163, n=22, p=0.029215).

Precipitation was tested for a correlation with lowest duration of sunshine in red millipedes Centrobolus. Precipitation was related to lowest duration of sunshine (r=-0.727, r 2 =0.5285, n=22, p=0.000127).

Maximum temperature was tested for a correlation with highest hours of sunshine in a month in red millipedes Centrobolus. Maximum temperature was related to highest hours of sunshine in a month (r=-0.7051, r 2 =0.4972, n=22, p=0.000248).

The volume was tested for a correlation with highest duration of sunshine in red millipedes Centrobolus. The volume was correlated with highest duration of sunshine in a day (r=-0.4893, r 2 =0.2394, n=22, p=0.020825).

The lowest number of rainy days in a month was tested for a correlation with minimum precipitation in red millipedes Centrobolus. The lowest number of rainy days in a month was correlated with minimum precipitation (r= 0.5577, r 2 =0.311, n=22, p=0.007).

Minimum temperature was tested for a correlation with highest duration of sunshine in red millipedes Centrobolus. Minimum temperature was related to highest duration of sunshine (r=-0.6229, r 2 =0.388, n=22, p=0.001958).

The surface area was tested for a correlation with lowest duration of sunshine in red millipedes Centrobolus. The surface area was correlated with lowest duration of sunshine in a day (r=-0.4516, r 2 =0.2039, n=44, p=0.00209).

The air pressure was tested for a correlation with average temperature variation in red millipedes Centrobolus. The air pressure was correlated with average temperature variation (r=-0.472, r 2 =0.2228, n=22, p=0.026563).

Precipitation was tested for a correlation with highest duration of sunshine in red millipedes Centrobolus. Precipitation was related to highest duration of sunshine (r=-0.6312, r 2 =0.3984, n=22, p=0.001632).

Maximum temperature was tested for a correlation with highest hours of sunshine in a month in red millipedes Centrobolus. Maximum temperature was related to highest hours of sunshine in a month (r=-0.6182, r 2 =0.3822, n=22, p=0.002167).

Air pressure was tested for a correlation with altitude in red millipedes Centrobolus. The air pressure was correlated with altitude (r=-0.8701, r 2 =0.7571, n=22, p<0.00001).

Hours of sunshine throughout the year was tested for a correlation with lowest duration of sunshine in red millipedes Centrobolus. Hours of sunshine throughout the year was related to lowest duration of sunshine (r= 0.903, r 2 =0.8154, n=22, p<0.00001).

The lowest duration of sunshine was tested for a correlation with lowest number of daily hours of sunshine in a month in red millipedes Centrobolus. The lowest duration of sunshine was correlated with lowest number of daily hours of sunshine in a month (r= 0.9983, r 2 =0.9966, n=22, p<0.00001).

The air pressure was tested for a correlation with minimum precipitation in red millipedes Centrobolus. The air pressure was correlated with minimum precipitation (r= 0. 37536159, Z score=1.72023730, n=22, p=0.04269462).

Highest duration of sunshine was tested for a correlation with highest total hours of sunshine in a month in red millipedes Centrobolus. Highest duration of sunshine was related to highest total hours of sunshine in a month (r= 0.8586, r 2 =0.7372, n=22, p<0.00001).

Minimum ocean water temperature was tested for a correlation with the month with the lowest number of rainy days in red millipedes Centrobolus. Minimum ocean water temperature was related to the month with the lowest number of rainy days (r=0.63447460, Z score=1.83435052, n=9, p=0.03330093).

Mass was tested for a correlation with air pressure in red millipedes Centrobolus. The mass was correlated with air pressure (r=-0.41899808, Z score=-1.94614434, n=10, p=0.02581863).

Lowest duration of sunshine in a month was tested for a correlation with highest total hours of sunshine in a month in red millipedes Centrobolus. Lowest duration of sunshine in a month was related to highest total hours of sunshine in a month (r= 0.9396, r 2 =0.8828, n=22, p<0.00001).

The temperature was tested for a correlation with the month with the lowest number of rainy days in red millipedes Centrobolus. The temperature was correlated with the month with the lowest number of rainy days (r= 0.4528, r 2 =0.205, n=22, p=0.034336).

Latitude was tested for a correlation with air pressure in red millipedes Centrobolus. The latitude was correlated with air pressure (r=-0.41899808, Z score=-1.94614434, n=22, p=0.02581863).

Highest ocean water temperature was tested for a correlation with air pressure in red millipedes Centrobolus. Highest ocean water temperature was related to air pressure (r=0.72988143, Z score=1.85694712, n=7, p=0.03165928).

Lowest of daily hours of sunshine throughout a month was tested for a correlation with mean ocean water temperature in red millipedes Centrobolus. Lowest number of daily hours of sunshine was related to mean ocean water temperature (r=-0.98270730, Z score=-6.27298913, n=10, p=0).

Air pressure was tested for a correlation with moments of inertia in red millipedes Centrobolus. Air pressure was marginally correlated with moments of inertia (r=0.54911167, Z score=1.63271592, n=10, p=0.05126437).

Hours of sunshine throughout the year was tested for a correlation with minimum temperature in red millipedes Centrobolus. Hours of sunshine throughout the year was related to minimum temperature (r=-0.5656, r 2 =0.3199, n=22, p=0.006037).

Distance to the nearest airport was tested for a correlation with sternite prominence in red millipedes Centrobolus. Distance to the nearest airport was marginally related to sternite prominence (Kendall's τ=-0.54772256, Z score=-1.50, n=4, p=0.06680723). Each time one of the four species was duplicated in order to increase the sample size the rela...

Lowest relative humidity was tested for a correlation with precipitation in red millipedes Centrobolus. Lowest relative humidity was related to precipitation (r=-0.4795, r 2 =0.2299, n=22, p=0.023771).

Lowest relative humidity was tested for a correlation with maximum temperature in red millipedes Centrobolus. Lowest relative humidity was related to maximum temperature (r=-0.5861, r 2 =0.3435, n=22, p=0.004159).

Distance to the nearest airport was tested for a correlation with mass in red millipedes Centrobolus. Distance to the nearest airport was marginally related to mass (r=0.43562051, Z score=1.40043836, n=12, p=0.08069110).

Precipitation was tested for a correlation with maximum temperature in red millipedes Centrobolus. Precipitation was related to maximum temperature (r=0.5809, r 2 =0.3374, n=22, p=0.004575).

Month with the highest number of rainy days was tested for a correlation with precipitation in red millipedes Centrobolus. Month with the highest number of rainy days was related to precipitation (r=-0.4627, r 2 =0.2141, n=22, p=0.03001).

Minimum temperature was tested for a correlation with total hours of sunshine in a month in red millipedes Centrobolus. Minimum temperature was related total hours of sunshine in a month (r=-0.6193, r 2 =0.3835, n=22, p=0.00213).

Precipitation was tested for a correlation with minimum temperature in red millipedes Centrobolus. Precipitation was related to minimum temperature (r=0.6467, r 2 =0.4182, n=22, p=0.001163).

Maximum temperature was tested for a correlation with total hours of sunshine in a month in red millipedes Centrobolus. Maximum temperature was related total hours of sunshine in a month (r=-0.5864, r 2 =0.3439, n=22, p=0.004159).

Minimum temperature was tested for a correlation with maximum temperature in red millipedes Centrobolus. Minimum temperature was related to maximum temperature (r=0.7518, r 2 =0.5652, n=22, p=0.000055).

Ten factors were tested for a correlation with lowest duration of sunshine and eighteen factors with lowest number of daily hours of sunshine in red millipedes Centrobolus. Hours of sunshine throughout the year (r= 0.903, r 2 =0.8154, n=22, p<0.00001), temperature (r=-0.5688, r 2 =0.3235, n=22, p=0.005738), precipitation (r=-0.727, r 2 =0.5285, n=2...

Minimum ocean water temperature was tested for a correlation with highest relative humidity in red millipedes Centrobolus. Minimum ocean water temperature was related to highest relative humidity (r=-0.63845198, Z score=-1.85072703, n=9, p=0.03210436). Highest ocean water temperature was tested for a correlation with highest relative humidity in re...

The month with the highest number of rainy days was tested for a correlation with altitude in red millipedes Centrobolus. The month with the highest number of rainy days was correlated with altitude (r=0.40736135, Z score=1.88497750, n=22, p=0.02971637).

Hours of sunshine throughout the year was tested for a correlation with the average monthly duration of sunlight in red millipedes Centrobolus. Hours of sunshine throughout the year was related to average monthly duration of sunlight (r=0.93310143, Z score=7.33102145, r 2 =08688, n=22, p=0).

The maximum precipitation was tested for a correlation with sexual size dimorphism in red millipedes Centrobolus. The maximum precipitation was marginally correlated with sexual size dimorphism (r=0.35735319, Z score=1.62956696, n=22, p=0.05159652).

Maximum ocean water temperature was tested for a correlation with abundance in red millipedes Centrobolus. Maximum ocean water temperature was related to abundances (r=-0.63046242, Z score=-1.65957221, n=8, p=0.04850025).

Mass was tested for a correlation with altitude in red millipedes Centrobolus. The mass was correlated with altitude (r=-0.61748194, Z score=-1.90738826, n=10, p=0.02823510).

Lowest relative humidity was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Lowest relative humidity was related to minimum precipitation (r= 0.4651, r 2 =0.2163, n=22, p=0.029215).

Minimum ocean water temperature was tested for a correlation with mating frequencies in red millipedes Centrobolus. Minimum ocean water temperature was related to mating frequencies (r=0.92554221, Z score=5.86394325, n=16, p=0).

Average monthly duration of sunlight was tested for a correlation with maximum precipitation in red millipedes Centrobolus. Average monthly duration of sunlight was related to maximum precipitation (r=-0.38196213, Z score=-1.75382449, n=22, p=0.03973025).

Abundance was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Abundance was related to minimum precipitation (r=0.63046242, Z score=1.65957221, n=8, p=0.04850025).

Mean ocean water temperature was tested for a correlation with volume in red millipedes Centrobolus. Mean ocean water temperature was related to volume (r=0.77783676, Z score=2.54715113, n=9, p=0.00543034).

Average monthly duration of sunlight was tested for a correlation with minimum precipitation in red millipedes Centrobolus. Average monthly duration of sunlight was marginally related to minimum precipitation (r=-0.34806911, Z score=-1.58334825, n=22, p=0.05667106).

One pair of sympatric species' second polar moments of inertness were compared in forest red millipedes Centrobolus. Second polar moments of inertness were significantly different (P-value calculator: P-value=0.011222, Z score=2.282766, n=2, 2). Second polar moments of inertness in C. anulatus were 941.779350mm 4 and in C. inscriptus were 2534.3610...

Minimum precipitaion was tested for a correlation with curved surface areas in red millipedes Centrobolus. Minimum precipitation was related to female curved surface areas (r=0.7415, r 2 =0.5498, n=22, p=0.000078). Minimum precipitation was related to male curved surface areas (r=0.6495, r 2 =0.4219, n=22, p=0.001071).