I am an interdisciplinary researcher investigating how technology can be used to monitor biodiversity, in particular using bioacoustic and ecoacoustic approaches.
GitHub Profile | CV | Media
Good practice guidelines for long-term ecoacoustic monitoring in the UK
11/07/2024 - Ecoacoustic Congress
24/04/2024 - How data in the cloud could help restore UK's biodiversity - AWS Summit 2024
03/2024 - Next generation monitoring at the Natural History Museum
11/2023 - UK Nature Recovery theme Town Hall
11/2023 - Garden Science workshop
Some thoughts on:
Acoustic figures and diagrams using R.
This is created by the wave_particle()
function of FigurEd.
This is created by the waveSampled()
function of FigurEd.
library(figuREd)
library(tuneR)
waveSampling(sine(freq=1), 2000)
s
library(figuREd)
library(tuneR)
par(mfrow=c(2,1))
waveSampled(sine(freq=1), 1000, 10)
waveSampled(sine(freq=1), 1000, 50)