Recognizing genetic extinction debts is crucial for effective conservation, both when monitoring genetic diversity and when taking actions to restore genetic diversity in populations /4
Recognizing genetic extinction debts is crucial for effective conservation, both when monitoring genetic diversity and when taking actions to restore genetic diversity in populations /4
Confounding factors, such as sampling strategies and marker choice, can obscure these debts and lead to misinterpretation. We propose a framework to guide better analytical approaches and to improve the interpretation of genetic extinction debts /3
Confounding factors, such as sampling strategies and marker choice, can obscure these debts and lead to misinterpretation. We propose a framework to guide better analytical approaches and to improve the interpretation of genetic extinction debts /3
These are delayed genetic consequences after environmental disturbance. Life-history traits such as long lifespan and vegetative propagation can favour time lags /2
These are delayed genetic consequences after environmental disturbance. Life-history traits such as long lifespan and vegetative propagation can favour time lags /2
The same principle applies to Tajima's D (haplotypes) or the Site Frequency Spectrum (SNPs).
The same principle applies to Tajima's D (haplotypes) or the Site Frequency Spectrum (SNPs).