Los Tuxtlas, Mexico(19
◦^04
′N, 18
◦^35
′W)
4725
17–29
2
18
Rain
11.9
R. Dirzo (unpublisheddata)
Los Tuxtlas, Mexico(19
◦^04
′N, 18
◦^35
′W)
4725
17–29
1–2
51
Rain
9.435
b
de la Cruz and Dirzo(1987)
Los Tuxtlas, Mexico(19
◦^04
′N, 18
◦^35
′W)
4725
17–29
1–2
2
Rain
15.05
b
Núñez-Farfán andDirzo (1988)
Los Tuxtlas, Mexico(19
◦^04
′N, 18
◦^35
′W)
4725
17–29
1–2
1
Rain
20.70
b
Garcia-Guzman andBenitez-Malvido(2003)
Luquillo, Puerto Rico(18
◦^20
′N, 66
◦^00
′W)
3460
21–25
1
2
Rain
17.33
6.18
25.87
Myster (2002)
Petit Saut, FrenchGuiana(5
◦^04
′N, 53
◦^04
′W)
3150
2–3
NA
NA
Rain
5.4
Sterck
etal
. (1992)
Papua New Guinea(North)(5
◦^25
′S, 147
◦^16
′E)
NA
NA
NA
7
Rain
14
Wint (1983)
Papua New Guinea(South)(5
◦^25
′S, 147
◦^16
′E)
NA
NA
NA
23
Rain
12
Wint (1983)
San Blas, Panama(8
◦^48
′N, 77
◦^40
′W)
2155
NA
4
23
Rain
12.5
Wint (1983)
Sepilok, Malaysia(5
◦^54
′N, 118
◦^04
′E)
3110
27
0–1
1
Rain
5.83
8.78
Waterman and
Ross
(1988)
Sierra Leone, TiwaiIsland(7
◦^33
′N, 11
◦^21
′W)
3300
NA
3–4
4
Rain
4.77
10.06
Mole
etal
. (1988)
Malaysia
NA
NA
NA
2
Rain
5.74
b
Howlett andDavidson (2001)
Queensland, Australia NA
NA
NA
1
Rain
5.40
b
Jackson and Bach(1999)
Australia
NA
NA
NA
1
Rain
4.50
b
Iddles
etal.
(2003)
Singapore(1
◦^20
′N, 103
◦^50
′E)
1900
30
NA
25
Rain
6.56
3.15
Turner (1995)
Wongabel, Australia(17
◦^19
′S, 145
◦^30
′E)
1560
NA
NA
2
Rain
14.64
Hurley (2000)
Notes
: Includes data on herbivory (leaf area eaten,
LAE), total phenolics (TP), condensed tannins (CT),
and leaf toughness (where available). Also pro
vided is information on
the location of study sites (locality, country),
and their corresponding precipitation, temperature
, and seasonality. NA, data not available.
aIndicates rates of herbivory.bData correspond to seedlings.