Sarah Vollert
@sarahvollert.bsky.social
PhD candidate at the Queensland University of Technology, Brisbane || Applied mathematics + Bayesian statistics + Ecology/Biology || Looking for postdoc positions
I know! @matthras.bsky.social, I wanted to see yours too :(
February 2, 2025 at 11:39 PM
I know! @matthras.bsky.social, I wanted to see yours too :(
Thanks @benrosenbaum.bsky.social! You’re right, there’s so much more that could be done with this specific dataset, but we’d rarely be able to do it for the ecosystems we’re interested in
January 7, 2025 at 2:28 AM
Thanks @benrosenbaum.bsky.social! You’re right, there’s so much more that could be done with this specific dataset, but we’d rarely be able to do it for the ecosystems we’re interested in
Thanks @cranders.bsky.social - already flagging this as my favourite post for 2025
January 6, 2025 at 5:32 AM
Thanks @cranders.bsky.social - already flagging this as my favourite post for 2025
How are we tackling it?
This paper argues that these assumptions are inappropriate for conservation planning and downplays the risk of extinction. Instead, we show how ecological field knowledge can replace those assumptions and could lead to more realistic model predictions.
This paper argues that these assumptions are inappropriate for conservation planning and downplays the risk of extinction. Instead, we show how ecological field knowledge can replace those assumptions and could lead to more realistic model predictions.
December 30, 2024 at 5:54 AM
How are we tackling it?
This paper argues that these assumptions are inappropriate for conservation planning and downplays the risk of extinction. Instead, we show how ecological field knowledge can replace those assumptions and could lead to more realistic model predictions.
This paper argues that these assumptions are inappropriate for conservation planning and downplays the risk of extinction. Instead, we show how ecological field knowledge can replace those assumptions and could lead to more realistic model predictions.
So what's the problem?
Ecosystem models are often used to aid conservation decision making, to help quantify the risks, and assess the probability of success. BUT, these models are frequently built on the assumption that an ecosystem with naturally tend towards a coexisting balance of species.
Ecosystem models are often used to aid conservation decision making, to help quantify the risks, and assess the probability of success. BUT, these models are frequently built on the assumption that an ecosystem with naturally tend towards a coexisting balance of species.
December 30, 2024 at 5:54 AM
So what's the problem?
Ecosystem models are often used to aid conservation decision making, to help quantify the risks, and assess the probability of success. BUT, these models are frequently built on the assumption that an ecosystem with naturally tend towards a coexisting balance of species.
Ecosystem models are often used to aid conservation decision making, to help quantify the risks, and assess the probability of success. BUT, these models are frequently built on the assumption that an ecosystem with naturally tend towards a coexisting balance of species.