The data result from a field experiment to examine the effects of pollination intensity on both quantity and quality of progeny. We manipulated pollen receipt to stigmas of the wind-pollinated dioecious plant Mercurialis annua by varying the distance of females from males. We then compared seed size and number, seedling growth and allocation to male and female function, for the progeny produced by females subjected to different pollination intensities. Contact persons: annemarie.labouche@gmail.com john.pannell@unil.ch 1) Labouche_et_al_2016_Maternal_plant_traits.txt Data collected on the maternal plants exposed to different level of pollination intensities. Definitions of column headings MotherID:Unique ID of the plant Mdirection: Dir...
Greater pollination intensity can enhance maternal plant fitness by increasing seed set and seed qua...
Greater pollination intensity can enhance maternal plant fitness by increasing seed set and seed qua...
Greater pollination intensity can enhance maternal plant fitness by increasing seed set and seed qua...
The data result from a field experiment to examine the effects of pollination intensity on both quan...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
1. Low pollination intensity may cause low seed set in plant populations and is thought to be respon...
1. Low pollination intensity may cause low seed set in plant populations and is thought to be respon...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
Greater pollination intensity can enhance maternal plant fitness by increasing seed set and seed qua...
PREMISE OF THE STUDY: Central questions in plant reproductive ecology are whether the functions of f...
Greater pollination intensity can enhance maternal plant fitness by increasing seed set and seed qua...
Greater pollination intensity can enhance maternal plant fitness by increasing seed set and seed qua...
Greater pollination intensity can enhance maternal plant fitness by increasing seed set and seed qua...
The data result from a field experiment to examine the effects of pollination intensity on both quan...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
1. Low pollination intensity may cause low seed set in plant populations and is thought to be respon...
1. Low pollination intensity may cause low seed set in plant populations and is thought to be respon...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
Low pollination intensity may cause low seed set in plant populations and is thought to be responsib...
Greater pollination intensity can enhance maternal plant fitness by increasing seed set and seed qua...
PREMISE OF THE STUDY: Central questions in plant reproductive ecology are whether the functions of f...
Greater pollination intensity can enhance maternal plant fitness by increasing seed set and seed qua...
Greater pollination intensity can enhance maternal plant fitness by increasing seed set and seed qua...
Greater pollination intensity can enhance maternal plant fitness by increasing seed set and seed qua...