Phatlane William Mokwala

University of Limpopo South Africa

Phatlane William Mokwala obtained his junior degree with majors in Botany and Chemistry at the University of the North (current University of Limpopo) in 1981; he completed his MSc studies in 2000 (Cum Laude) in Botany in 2007. He obtained his PhD degree in 2007 at the University of Pretoria. His professional experience includes employment in the private sector as Quality Control Chemist between 1981 and 1985. He held the following positions at the University of Limpopo: Senior Laboratory Assistant (1986 to 1990); Tutor (1991 – 2003); Lecturer (2003 – 2007); Senior Lecturer (2007 - current). His fields of interest include: Plant Physiology; Plant Biotechnology and Phytochemistry. Student supervision: six completed MSc studies; and current one MSc and three PhD students.

Phatlane William Mokwala

1books edited

2chapters authored

Latest work with IntechOpen by Phatlane William Mokwala

Plants are the basic source of food for both humans and animals. Most of the food is made of fruits and seeds. For these to be formed, pollination must first take place. This process is the transfer of pollen grains from the anther, which is the male structure of the flower, to the sigma on the female structure of the flower. The transfer process requires agents to be carried out. The agents can be either biotic or abiotic. Nature perfected this arrangement between the pollination agents and the plants. As ecosystems and agricultural systems are changing, this balanced arrangement becomes disturbed. This makes it necessary that pollination systems be studied so that necessary measures can be undertaken to ensure productivity. The chapters of this book present results in research undertaken to improve productivity in crops such as Actinidia chinensis (the kiwifruit), Theobroma cacao (cocoa), and Manicaria saccifera (a tropical forest palm). Some results are presented on tests to check the viability of pollen grains and the delivery of sperm cells through pollen tubes to the embryo sac. These results can serve as guidelines to any person seeking to improve pollination and productivity or to check the efficiency on pollination in ecosystems or agricultural production systems.

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