Our research is concerned with the further exploration of leaf biomechanics, a relatively unexamined field. The purpose of this experiment was to find a correlation between environmental stress factors and tensile strength of leaves of Encelia californica. We hypothesized the beach species would have a higher tensile strength than canyon species. After evaluating data collected from both Pepperdine’s Presidents Canyon and Malibu beach we found that while the canyon species could withstand a higher maximum load of force, there was no difference between the canyon and the beach species with leaf area taken into account. Using Young’s Modulus, we see that there is no significant difference in the tensile strengths of E. californica in canyon a...
In this experiment, we examined how the plants in the Santa Monica Mountains are responding to the d...
In this experiment, we examined how the plants in the Santa Monica Mountains are responding to the d...
Our hypothesis is that canopy location has an effect on the characteristic tensile strength of leave...
Due to an increase in air pollutants, heavy metal contaminates, and other adverse ecological conditi...
Our study focused on post-fire recovery in the California Black Walnut, Juglans californica. Our stu...
Pepperdine University is one located in one of the most diverse places of the world. It is located i...
Salvia species in southern California exhibit a variety of leaf trichome densiIes. S. mellifera, S. ...
In this experiment, we examined cavitation in Quercus berberidifolia plants. We hypothesized that as...
This experiment sought to establish a connection between short term growth in Salvia leucophylla fou...
This experiment sought to establish a connection between short term growth in Salvia leucophylla fou...
With the recent extreme drought that Southern California is facing, many plants’ survivability adapt...
Encelia farinosa is well adapted for drought tolerance as its leaves transform color based on water ...
The Keeling Curve has displayed an exponential increase in carbon dioxide within the earth’s atmosph...
This study aims to explore the long-term benefits of home gardening if every student at Pepperdine w...
Our hypothesis is that canopy location has an effect on the characteristic tensile strength of leave...
In this experiment, we examined how the plants in the Santa Monica Mountains are responding to the d...
In this experiment, we examined how the plants in the Santa Monica Mountains are responding to the d...
Our hypothesis is that canopy location has an effect on the characteristic tensile strength of leave...
Due to an increase in air pollutants, heavy metal contaminates, and other adverse ecological conditi...
Our study focused on post-fire recovery in the California Black Walnut, Juglans californica. Our stu...
Pepperdine University is one located in one of the most diverse places of the world. It is located i...
Salvia species in southern California exhibit a variety of leaf trichome densiIes. S. mellifera, S. ...
In this experiment, we examined cavitation in Quercus berberidifolia plants. We hypothesized that as...
This experiment sought to establish a connection between short term growth in Salvia leucophylla fou...
This experiment sought to establish a connection between short term growth in Salvia leucophylla fou...
With the recent extreme drought that Southern California is facing, many plants’ survivability adapt...
Encelia farinosa is well adapted for drought tolerance as its leaves transform color based on water ...
The Keeling Curve has displayed an exponential increase in carbon dioxide within the earth’s atmosph...
This study aims to explore the long-term benefits of home gardening if every student at Pepperdine w...
Our hypothesis is that canopy location has an effect on the characteristic tensile strength of leave...
In this experiment, we examined how the plants in the Santa Monica Mountains are responding to the d...
In this experiment, we examined how the plants in the Santa Monica Mountains are responding to the d...
Our hypothesis is that canopy location has an effect on the characteristic tensile strength of leave...