The phenology of plants reflects selection generated by seasonal climatic factors and interactions with other plants and animals, within constraints imposed by their phylogenetic history. Fig trees (Ficus) need to produce figs year-round to support their short-lived fig wasp pollinators, but this requirement is partially de-coupled in dioecious species, where female trees only develop seeds, not pollinator offspring. This allows female trees to concentrate seed production at more favorable times of the year. Ficus squamosa is a riparian species whose dispersal is mainly by water, rather than animals. Seeds can float and travel in long distances. We recorded the leaf and reproductive phenology of 174 individuals for three years in Chiang Mai...
The interaction of fig trees (Ficus) and their fig wasp pollinators (Agaonidae) is an obligate mutua...
One of the important keystone plant species in tropical forests are figs as they are food sources fo...
Climate change affects precipitation patterns and seasonal temperatures and disrupts the development...
The phenology of plants reflects selection generated by seasonal climatic factors and interactions w...
<div><p>The phenology of plants reflects selection generated by seasonal climatic factors and intera...
The phenology of plants reflects selection generated by seasonal climatic factors and interactions w...
Flowering phenology is central to the ecology and evolution of most flowering plants. In highly-spec...
<div><p>Flowering phenology is central to the ecology and evolution of most flowering plants. In hig...
Abstract. We studied the phenology of 198 mature trees of the dioecious fig Ficus variegata Blume (M...
Fig trees (Ficus spp., Moraceae) are widely known as one of the most important plant genera in terms...
Flowering phenology is central to the ecology and evolution of most flowering plants. In highly-spec...
Within-tree flowering asynchrony in figs, which may allow pollinating wasps to avoid the risks of di...
The phenology of figs (Ficus spp. Moraceae) is being monitored in the dry forests of Mudumalai, sout...
ies-lar er ion (Aga China. Relatively few trees produced any figs, and very few retained figs throug...
In this preliminary study, the reproductive phenology of two monoecious fig species, Ficus racemosa ...
The interaction of fig trees (Ficus) and their fig wasp pollinators (Agaonidae) is an obligate mutua...
One of the important keystone plant species in tropical forests are figs as they are food sources fo...
Climate change affects precipitation patterns and seasonal temperatures and disrupts the development...
The phenology of plants reflects selection generated by seasonal climatic factors and interactions w...
<div><p>The phenology of plants reflects selection generated by seasonal climatic factors and intera...
The phenology of plants reflects selection generated by seasonal climatic factors and interactions w...
Flowering phenology is central to the ecology and evolution of most flowering plants. In highly-spec...
<div><p>Flowering phenology is central to the ecology and evolution of most flowering plants. In hig...
Abstract. We studied the phenology of 198 mature trees of the dioecious fig Ficus variegata Blume (M...
Fig trees (Ficus spp., Moraceae) are widely known as one of the most important plant genera in terms...
Flowering phenology is central to the ecology and evolution of most flowering plants. In highly-spec...
Within-tree flowering asynchrony in figs, which may allow pollinating wasps to avoid the risks of di...
The phenology of figs (Ficus spp. Moraceae) is being monitored in the dry forests of Mudumalai, sout...
ies-lar er ion (Aga China. Relatively few trees produced any figs, and very few retained figs throug...
In this preliminary study, the reproductive phenology of two monoecious fig species, Ficus racemosa ...
The interaction of fig trees (Ficus) and their fig wasp pollinators (Agaonidae) is an obligate mutua...
One of the important keystone plant species in tropical forests are figs as they are food sources fo...
Climate change affects precipitation patterns and seasonal temperatures and disrupts the development...