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Bioindication of megalopolis park ecosystems under aerotechnogenic loading Cover

Bioindication of megalopolis park ecosystems under aerotechnogenic loading

Open Access
|Mar 2022

Figures & Tables

Figure 1

Location of observation and measurement points, relief and altitude, where: 1 – park named after Pushkin, 2 – Mariinsky park, 3 – Syretsky park, 5 – Pushcha-Vodytsya (park), 6 – NBG named after Hrishko, 7 – Lysa Mountain, 9 – Nyvky park, 10 – Peremoha park, 12 – park of Partisan Glory; 14 – Park of Eternal Glory, 15 – Babyn Yar, 16 – Feofania park, 17 – park DSHK, 18 – Holosiivskyi NNP, 19c – Camera 19, 20c – Camera 20. 4, 8, 11, 13, points did not have cameras; NNP – national nature park
Location of observation and measurement points, relief and altitude, where: 1 – park named after Pushkin, 2 – Mariinsky park, 3 – Syretsky park, 5 – Pushcha-Vodytsya (park), 6 – NBG named after Hrishko, 7 – Lysa Mountain, 9 – Nyvky park, 10 – Peremoha park, 12 – park of Partisan Glory; 14 – Park of Eternal Glory, 15 – Babyn Yar, 16 – Feofania park, 17 – park DSHK, 18 – Holosiivskyi NNP, 19c – Camera 19, 20c – Camera 20. 4, 8, 11, 13, points did not have cameras; NNP – national nature park

Figure 2

Assessment of the PE state compared to control (PE 5 – Pushcha-Vodytsya park)
Assessment of the PE state compared to control (PE 5 – Pushcha-Vodytsya park)

Figure 3

Amount of air pollutants’ emissions (mg/m3) from vehicles and distribution by prevailing wind directions,%
Amount of air pollutants’ emissions (mg/m3) from vehicles and distribution by prevailing wind directions,%

Figure 4

HI of air pollutants from vehicles (HI – hazard index)
HI of air pollutants from vehicles (HI – hazard index)

Figure 5

Number of cars per hour
Number of cars per hour

Figure 6

Clustering of PE in Kyiv by concentrations of air pollutants. A – NOx concentration in the air, mg/m3; B – concentration of SO2 in the air, mg/m3
Clustering of PE in Kyiv by concentrations of air pollutants. A – NOx concentration in the air, mg/m3; B – concentration of SO2 in the air, mg/m3

Figure 7

Clustering of PEs according to the parameters of air pollutants: A – cars per hour and B – HI (PE – park ecosystem, HI – hazard index)
Clustering of PEs according to the parameters of air pollutants: A – cars per hour and B – HI (PE – park ecosystem, HI – hazard index)

Figure 8

PCA using integrated indices for the PE state(PCA – principal component analysis, PE – park ecosystem)
PCA using integrated indices for the PE state(PCA – principal component analysis, PE – park ecosystem)

Figure 9

Pollen of Taraxacum officinale in the conditions of Kyiv: 1 – fertile pollen grain (38.2 μm); 2 – sterile pollen grain (24.8 μm); 3 – pollen gigantism (51.1 μm); 4 – pollen dwarfism (17.8 μm); 5 – anomalies of the shell (A – torn, B – crumpled)
Pollen of Taraxacum officinale in the conditions of Kyiv: 1 – fertile pollen grain (38.2 μm); 2 – sterile pollen grain (24.8 μm); 3 – pollen gigantism (51.1 μm); 4 – pollen dwarfism (17.8 μm); 5 – anomalies of the shell (A – torn, B – crumpled)

Figure 10

Indices of pollen variability in Kyiv by Taraxacum officinale (PEs are arranged in ascending order of air pollutant concentration, mg/m3). Mean values differ significantly in the Student's t-test (P < 0.05) (HI – hazard index, PE – park ecosystem)
Indices of pollen variability in Kyiv by Taraxacum officinale (PEs are arranged in ascending order of air pollutant concentration, mg/m3). Mean values differ significantly in the Student's t-test (P < 0.05) (HI – hazard index, PE – park ecosystem)

The value of integrated indices (environmental indicators) of the PE state

IndexHstrWIcInvConcentration NOx, mg/m3HI
Very good>2.479.26–12.001.00–1.50>8.67<0.020<1.060
Good2.21–2.466.51–9.251.51–2.505.79–8.670.021–0.0401.061–2.121
Satisfactory1.97–2.203.76–6.502.51–3.502.90–5.780.041–0.0602.122–3.181
Bad<1.961.0–3.753.51–4.50<2.890.061–0.083.182–4.242
Very bad4.51–6.00>0.081>4.242

Correlation of the investigated PE parameters

PIsMtLNtWHstrInvDNumber of cars per hourC [mg/m3]HI
P1
Is−0.461
Mt0.090.131
L−0.370.460.411
Nt0.52−0.33−0.01−0.621
W0.540.270.180.050.251
Hstr0.460.130.400.310.210.481
Inv0.380.120.03−0.300.420.750.031
D0.26−0.21−0.46−0.210.240.12−0.060.201
Number of cars per hour0.59−0.21−0.19−0.360.270.450.020.440.751
C [mg/m3]0.340.00−0.24−0.580.230.26−0.160.540.490.721
HI0.29−0.04−0.26−0.570.190.16–0.210.450.510.720.991

Correlation of air pollution and pollen indication

Distance to the road [m]Number of cars per hourV by amount of S [%]S [%]T [%]CIDInvC [mg/m3]HI
Distance to the road [m]1.00
Number of cars per hour0.211.00
V by amount of S [%]0.570.801.00
S [%]−0.780.36−0.141.00
T [%]−0.780.40−0.110.991.00
CID−0.750.41−0.111.001.001.00
Inv0.170.680.840.150.160.161.00
C [mg/m3]−0.250.890.480.720.760.760.531.00
HI−0.290.860.440.760.800.800.491.001.00

Assessment of air quality in Kyiv

Air pollutantsActual average annual concentrations for 20191 [mg/m3]The average daily concentration, our calculations [mg/m3]MACa.d. [mg/m3] for humans2MACa.d.3 for plants
NOx converted to NO20.144000.05700.04000.020
SO20.075000.00390.05000.015
Formaldehyde0.005600.00060.00300.003
Saturated hydrocarbons (CnHm)0.07540.05000.140
Soot (CnH)0.035000.00050.05000.050
Inorganic lead compounds0.000030.00050.0003

Integral assessment of the studied park ecosystems state in Kyiv

Assessment indicators/No. PE12356791012141516171819c20c
Park area [ha]19.58.96.511.7130.0137.0120.066.1112.018.411.7150.013.94525.5
Canopy density (P)0.700.500.820.530.900.700.640.520.500.810.800.770.410.95
Index of stand state (Is)2.22.031.92.51.962.41.952.42.31.72.372.252.191.99
Sanitary condition of plantationsweakenedweakenedweakenedseverely weakenedweakenedweakenedweakenedweakenedweakenedweakenedweakenedweakenedweakenedweakened
Mortality of trees (Mt) [%]19.8420.8310.8135.8040.2018.5911.9030.7010.5325.009.7735.719.4610.7
Species saturation of grass tier, pieces/ha (L)92.8642.5067.57202.2755.8834.62117.86171.05126.3242.3139.6680.433.2430.3
Nitrophils in grass tier (Nt) [%]51.4356.2565.2241.4664.7150.0042.8643.2846.8152.3863.6458.9753.4950.00
H′2.861.972.513.602.012.232.153.303.112.372.463.073.652.22
W2.62.33.14.256.54.84.83.53.81.57.195.631.255.50
State of ecosystems by WCDCDCDTCvulnerableTCTCCDCDCDvulnerableTCCDTC
Hstr1.941.751.931.932.071.941.721.932.061.982.021.961.461.81
Characteristic by HstrbadSTFbadbadSTFbadSTFbadSTFSTFSTFbadbadbad
Inv2.291.983.153.286.863.884.232.813.401.756.134.905.005.00
Characteristic by InvbadbadSTFSTFgoodSTFSTFgoodSTFbadgoodSTFSTFSTF
Distance to the road, m10.00.5393.01.050.00.20.20.2330.00.20.2540.0150.0238.00.20.2
Number of lanes in one direction (D)4241334332333333.5
Number of cars per hour7161.02010.04605.0859.56058.56058.57122.02356.51956.02314.54989.05085.03243.06058.53312.04315.0
Transport speed, km/h (Qav)51.4339.8963.0134.6272.4073.5061.7142.9237.8939.8949.5062.6136.0073.5036.2954.88
C[mg/m3]0.21550.08610.09660.05130.21090.21090.13430.11610.10420.09700.17630.11370.20740.21090.11300.1330

Average daily content of air pollutants in the Kyiv park ecosystems

Contents [mg/m3/No. PE]5102312141619c920c151671718AverageHQi aver.Share from MACa.d.
NOx0.02100.04750.03670.03780.04130.04200.04660.04680.05880.05500.06870.09010.086570.08660.09000.08660.05891.471.47
Load characteristics by NOxgoodSTFgoodgoodSTFSTFSTFSTFSTFSTFbadvery badvery badvery badvery badvery bad
CnHm0.02830.06440.04690.05550.05910.05230.06210.06170.06990.07390.10170.11890.114540.11450.10660.11450.07780.081.560
Soot (CnH)0.00020.00030.00010.00020.00030.00010.00050.00040.00050.00020.00040.00030.001100.00110.00120.00110.00050.010.010
SO20.00140.00300.00180.00240.00280.00200.00360.00320.00400.00300.00430.00470.007050.00710.00770.00710.00410.080.081
Formaldehyde0.00020.00040.00020.00030.00040.00020.00050.00050.00060.00040.00060.00060.001030.00100.00130.00100.00060.200.192
Lead compounds0.00020.00040.00040.00030.00030.00040.00030.00040.00050.00050.00060.00080.000600.00060.00060.00060.00051.581.560
Sum0.05130.11610.08610.09660.10420.09700.11370.11300.13430.13300.17630.21550.210900.21090.20740.21090.1423
HI1.2432.8382.2612.2472.4222.5912.6202.7323.4463.3474.0725.4904.7874.7875.0104.787
Characteristic by HIgoodSTFSTFSTFSTFSTFSTFSTFbadbadbadvery badvery badvery badvery badvery bad

Sterility of Taraxacum officinale pollen in the conditions causing pollution in metropolis

No PEDistance to the road [m]Number of cars per hourPollen grains (pieces) M ± mV [%]Number of sterile pollen (pieces) M ± mV [%]Share of a sterile pollen (S) [%]CID
5238860.01785 ± 8.8634236 ± 2.742113.000.21
22262010.01715 ± 9.2633342 ± 2.572019.920.58
10802357.01589 ± 6.6828344 ± 2.711922.000.73
1554989.01396 ± 11.2644361 ± 3.212525.860.91
1610005085.02035 ± 7.7534235 ± 4.532711.550.17
71436059.01506 ± 9.7743361 ± 3.272423.970.86
DOI: https://doi.org/10.2478/ffp-2022-0003 | Journal eISSN: 2199-5907 | Journal ISSN: 0071-6677
Language: English
Page range: 15 - 37
Submitted on: Jun 23, 2021
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Accepted on: Jan 28, 2022
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Published on: Mar 11, 2022
In partnership with: Paradigm Publishing Services
Publication frequency: 4 issues per year

© 2022 Nataliia Miroshnyk, Tetiana Grabovska, Marina Mazura, Igor Teslenko, published by Forest Research Institute
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 License.