The use of the functional feeding group–damage type system for analyzing arthropod and
pathogen interactions with plants has transformed our understanding of herbivory in fossil …

We describe new evidences of plant–insect interactions from the Late Pennsylvanian of
northern Iberian Peninsula (León, Spain). We document nine different Damage Types (DTs) …

We present here the first record of plant-insect interactions from an ephemeral volcanic
island that was placed 150 km away from the nearest continental mass. The island was …

Plants and insects are the two dominant groups in terrestrial ecosystems, and insect
damage on fossil plants is the only direct evidence documenting the past ecological history …

Fossils of plant–insect interactions are direct evidence of paleoecological relationships
between these two dominant groups in terrestrial ecosystems. We present a variety of plant …

Specimens of the extinct seed fern Sagenopteris were evaluated from the Lower Cretaceous
of Alcaine village in Teruel Province, north-eastern Spain. Arthropod-mediated plant …

Cretaceous amber-bearing outcrops are numerous and mainly distributed along the
Northern Hemisphere. They have been related to extensive resin mass production occurring …

Insect herbivory on fossil angiosperm leaves was recorded from the upper Lower
Cretaceous Zhonggou Formation in the Hanxia Section of the Jiuquan Basin, Gansu …

Trace fossils of insect herbivory are an important tool, which provide evidence for
palaeoecological and palaeoclimatic interpretations, as well as being a unique and direct …

Plants and arthropods represent the two dominant groups with respect to biodiversity and
biomass in terrestrial ecosystems (Bar-On et al., 2018). Their importance extends back to the …