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Explora: Environment
and Resource Data should determine biocontrol success

References 67 95 76 96 86 97 90 98 99 67 43 100 101 76 102 13-15 103 76 104 105 106 107 43 108 13-15 100 109 76 101

Country AUS AUS AUS AUS AUS AUS AUS AUS PRT PRT ZAF ZAF AUS AUS ESP ZAF AUS AUS ZAF ZAF ZAF ZAF ZAF ZAF ZAF ZAF ZAF AUS AUS

% Viab S 75 70 – 100 100 87 92 93 – – 96 78 93 – 100 91

Seed bank 17 16 8 10 – 30 500 – 1500 48739 0 – 1262 44640 2117 – 62846 7743 20000 38340 13 – 5314* 1230 – 33869 57 – 35060

% Lost 93.8 89 94 49 – 75 74 – 79

% Ant

% M

Seed rain 33 – 568 14 364 300 2000 – 12000 3218 10900 95 – 542 254-1990

% Dor 55 60 – 70 64 – 89 100 100 72-75 73 – 78 Notes: * Seed bank size of A. mearnsii after a fire event, i.e., residual seed bank. Data on aspects of seed bank dynamics of Australian Acacia contained in Hoffmann et al., 110 Correira et al., 111 and Impson et al. 16,112,113 could not be shown in table, as values were not expressed in text but in figures. Consequently, accurate values could not be obtained from thes

% Viab F 96 – 98 65 – 84 44 97 90 95 93 – 99 99 92 98-100 97 – 99

% Abor 75 12 – 33 28 7 12 – 51 7 % Viab S: % Viability of soil stored seeds; Seeds tree-1: Seed production of trees; AUS: Australia; ESP: Spain; ISR: Israel; PRT: Portugal; ZAF: South Africa.

% Pred 28 – 44 2 – 32 19 – 34 20 – 25 89 12 – 44 5 9 – 19 37 – 51 0 – 84 4 – 12 20 – 25

Seeds tree ‑1 38650 116 – 338 50427 543 000 27 – 3324 105

% LG 22 – 92

Pods tree ‑1 6132 6662 71 – 236
Table 2. (Continued) Species A. longifolia A. longifolia A. longifolia A. longifolia A. longifolia A. longifolia A. longifolia A. longifolia A. longifolia A. longifolia A. melanoxylon A. melanoxylon A. melanoxylon A. melanoxylon A. melanoxylon A. pycnantha A. pycnantha A. pycnantha A. mearnsii A. mearnsii A. mearnsii A. mearnsii A. mearnsii A. mearnsii A. mearnsii A. mearnsii A. mearnsii A. mearnsii A. mearnsii seed bank dynamic

Volume 2 Issue 1 (2025) 8 doi: 10.36922/eer.5876