This week has been a scramble to get started on the field portion of my project, with the coming of the Klamath Network Inventory and Monitoring Program (KLMN) to teach me their standard operating procedures (SOPs) when sampling plots. As the season gets later and later we are able to get further up the mountains, where our plots were once (and some still are) covered in snow. This year, Lassen Volcanic NP had the latest road opening on record due to snowfall, which has created some challenges when monitoring at high elevations. Thankfully, we were able to make it to some plots so I could get hands-on experience with data sampling, monitoring, and storing– rather than just reading a how-to guide.


Learning KLMN’s procedures is crucial to this study because it makes our data comparable and replicable with theirs. Some things I learned were how to set up plots and subplots in the field, what signs to look for when diagnosing a blister rust infection, and how to prepare for going out in the field. It is such a unique experience working with trees; though they are living, their time-scale transcends that of humans. In the field, I am able to see trees that are hundreds of years old (Whitebark Pine can live up to 1,000 years!), many which probably withstood the eruptions from Mount Lassen. I am able to be a sort of ‘doctor’ to these trees, diagnosing infections and attempting to identify methods to restore the populations of a keystone species. This work is so fulfilling to me. Perhaps one day I will become a real doctor to these trees once I pursue a PhD in Forest Ecology.


One of our sampling plots (~8,000′)

Signs of White Pine Blister Rust