Research Article

Characterization and Botanical Differentiation of Monofloral and Multifloral Honeys Produced in Cyprus, Greece, and Egypt Using Physicochemical Parameter Analysis and Mineral Content in Conjunction with Supervised Statistical Techniques

Table 2

Mineral content (mg/kg) of Cypriot, Greek, and Egyptian honeys.

NBOGOAlBCaZnSiFePMnMgTotal minerals

Cyprus
1MFLarnaca1.693.5823.660.885.541.4946.250.079.2492.40
2MFLarnaca1.635.1493.111.104.940.9665.770.9118.62192.18
3MFLarnaca2.195.2091.646.947.263.4666.100.8323.40207.02
4MFLarnaca0.494.1154.101.616.351.7453.950.1020.27142.72
5MFLimassol1.462.1230.211.094.941.4540.060.0814.1295.53
6MFLimassol1.023.2248.341.625.611.5256.090.1513.05130.62
7MFLimassol0.532.5649.761.935.341.4354.260.1911.31127.31
8MFLimassol1.463.3535.660.994.691.3551.560.2710.73110.06
9MFLimassol1.714.4260.880.916.831.7775.690.2315.59168.03
10MFLimassol1.604.4858.630.937.051.6554.160.4812.16141.14
11MFNicosia1.483.6747.031.425.891.9160.690.2819.57141.94
12MFNicosia1.774.1469.213.776.683.5253.620.4213.49156.62
13MFNicosia2.133.28143.470.865.181.4340.972.1319.82219.27
14MFNicosia24.432.1727.891.557.283.97257.194.1180.48409.07
Mean3.11a3.67c59.54e1.83h5.97j1.98m69.74o0.73r20.13u166.70x
±SD6.160.9832.131.650.920.9454.811.1117.8879.60
RSD (%)1.980.270.540.900.150.470.791.520.89

Greece
15PRhodes3.212.4125.400.9773.803.4689.290.5953.45252.58
16FMessinia27.352.8415.221.248.184.16217.334.37109.53390.22
17PRhodes2.932.6723.639.3073.633.2292.670.5753.96262.58
18WTLakonia27.373.3924.591.013.322.30264.314.6088.51419.40
19TRhodes1.4613.2965.931.0127.642.0055.850.2631.40198.84
20MFIoannina9.154.7259.883.529.582.81138.805.5482.72316.72
21MFMetsovo1.554.7549.371.007.210.7562.441.1325.83154.03
22PThassos0.404.4937.181.487.090.89105.752.1926.28185.75
23MFIoannina8.304.4556.713.458.842.63131.125.3280.70301.52
24CEArta7.751.6936.072.5396.424.11170.022.0160.20380.80
25FKarditsa3.281.3330.321.2011.171.1857.250.5420.13126.40
26CEArta0.824.4444.111.3711.171.1957.250.5480.13201.02
Mean7.80b4.21c39.03f2.34h28.17k2.39m120.17p2.31s59.40v265.82y
±SD9.613.1016.212.3833.041.2167.742.0729.2496.94
RSD (%)1.230.740.421.021.170.510.560.900.49

Egypt
27CLGCA1.210.6582.231.099.098.4526.230.2817.49146.72
28CLGCA1.360.5254.460.766.584.8915.880.2212.1796.84
29CLGCA2.070.7877.070.550.802.1826.330.1718.39128.34
30CLGCA4.050.8792.631.1711.294.5028.470.5422.04165.56
31CLGCA0.951.40112.100.7811.546.5839.470.5521.42194.79
32CLGCA3.353.1759.541.237.404.4935.290.2817.63132.38
33CLGCA13.062.6944.791.685.364.8226.550.2015.24114.39
34CLGCA1.532.1850.611.070.812.6630.650.1913.88103.58
Mean3.45a1.53d71.68g1.04i6.61l4.82n28.61q0.30t17.28w135.33z
±SD4.031.0223.370.354.172.007.010.153.4445.56
RSD (%)1.170.670.330.340.630.410.250.500.20
LOD0.410.030.500.020.020.020.100.080.02
LOQ1.340.100.170.070.070.070.330.240.07

The reported results are the mean of three independent replicates (). Different lowercase letter in each column of the average value represents statistically significant differences for each mineral according to the production area (). N: the number of honey samples; BO: botanical origin; GO: geographical origin; GCA: greater Cairo area; MF: multifloral; P: pine; F: fir; CE: citrus and erica; WT: wild thyme; T: thyme; CL: clover; FA: free acidity; TDS: total dissolved solids; EC: electrical conductivity; SD: standard deviation; RSD: relative standard deviation; LOD: limit of detection; LOQ: limit of quantification.