:: Library Catalog

Ata uhi

I tiakina i:

Ngā taipitopito rārangi puna kōrero
Ngā kaituhi matua:	Harris, Thomas, Jayasundara, Pavithra, Ragonnet, Romain, Trauer, James, Geard, Nicholas, Zachreson, Cameron
Hōputu:	Preprint
I whakaputaina:	2024
Ngā marau:	Physics and Society Populations and Evolution
Urunga tuihono:	https://arxiv.org/abs/2406.01639
Ngā Tūtohu:	Tāpirihia he Tūtohu Kāore He Tūtohu, Me noho koe te mea tuatahi ki te tūtohu i tēnei pūkete!

Ngā tūemi rite

Simulating the impact of perception bias on social contact surveys for infectious disease modelling
mā: Harris, Thomas J., me ētahi atu.
I whakaputaina: (2025)

A model-based assessment of social isolation practices for COVID-19 outbreak response in residential care facilities
mā: Zachreson, Cameron, me ētahi atu.
I whakaputaina: (2023)

Modelling the effect of within-host dynamics on the diversity of a multi-strain pathogen
mā: Tellioglu, Nefel, me ētahi atu.
I whakaputaina: (2021)

Quantifying the direct and indirect impact of COVID-19 vaccination: evidence from Victoria, Australia
mā: Lin, Lixin, me ētahi atu.
I whakaputaina: (2025)

Should public health policy exempt cases with low viral load from isolation during an epidemic?: a modelling study
mā: Diao, Jiahao, me ētahi atu.
I whakaputaina: (2024)

A method for including socio-demographic factors in social contact matrices for compartment-based epidemic models
mā: Lomas, Vincent X., me ētahi atu.
I whakaputaina: (2026)

The effect of demographic stochasticity on predatory-prey oscillations
mā: Golmohammadi, Solmaz, me ētahi atu.
I whakaputaina: (2023)

Logistic dynamics of small populations with demographic stochasticity
mā: Brugevin, Lucas M., me ētahi atu.
I whakaputaina: (2026)

Singular effect of linkage on long term genetic gain in the infinitesimal model
mā: Tourrette, Elise, me ētahi atu.
I whakaputaina: (2024)

Sequential Markov coalescent algorithms for population models with demographic structure
mā: Eriksson, A., me ētahi atu.
I whakaputaina: (2009)

Including frameworks of public health ethics in computational modelling of infectious disease interventions
mā: Zarebski, Alexander E., me ētahi atu.
I whakaputaina: (2025)

Impact of complex spatial population structure on early and long-term adaptation in rugged fitness landscapes
mā: Servajean, Richard, me ētahi atu.
I whakaputaina: (2024)

Accounting for contact network uncertainty in epidemic inferences
mā: Wang, Maxwell H., me ētahi atu.
I whakaputaina: (2024)

Epicast 2.0: A large-scale, demographically detailed, agent-based model for simulating respiratory pathogen spread in the United States
mā: Alexander, Prescott C., me ētahi atu.
I whakaputaina: (2025)

Calibrating COVID-19 SEIR models with time-varying effective contact rates
mā: Gleeson, James P., me ētahi atu.
I whakaputaina: (2021)

Long-term evolution of regulatory DNA sequences. Part 2: Theory and future challenges
mā: Mascolo, Elia, me ētahi atu.
I whakaputaina: (2026)

A mathematical theory of evolution for self-designing AIs
mā: Harris, Kenneth D
I whakaputaina: (2026)

Tracking dynamics of superspreading through contacts, exposures, and transmissions in edge-based network epidemics
mā: Freedman, Ari S., me ētahi atu.
I whakaputaina: (2026)

Path integral calculation for emergence of rapid evolution from demographic stochasticity
mā: Shih, Hong-Yan, me ētahi atu.
I whakaputaina: (2014)

Nonlinear trend of COVID-19 infection time series
mā: Ishiyama, Fumihiko
I whakaputaina: (2024)

Epidemic models with digital and manual contact tracing
mā: Britton, Tom, me ētahi atu.
I whakaputaina: (2022)

Sideward contact tracing in an epidemic model with mixing groups
mā: Zhang, Dongni, me ētahi atu.
I whakaputaina: (2024)

Integrating systematic surveys with historical data to model the distribution of Ornithodoros turicata americanus, a vector of epidemiological concern in North America
mā: Botero-Canola, Sebastian, me ētahi atu.
I whakaputaina: (2024)

A mathematical model of vaccine hesitancy: Analysing the impact of political trends and the interaction across age and education groups in the USA
mā: Ali, Wajid, me ētahi atu.
I whakaputaina: (2025)

Foundations of ecological and evolutionary change
mā: Duthie, A. Bradley, me ētahi atu.
I whakaputaina: (2024)

Forecasting dengue outbreaks with uncertainty using seasonal weather patterns
mā: Chathurangika, Piumi, me ētahi atu.
I whakaputaina: (2024)

Integrated population model reveals human and environment driven changes in Baltic ringed seal (Pusa hispida botnica) demography and behavior
mā: Ersalman, Murat, me ētahi atu.
I whakaputaina: (2024)

A biological circuit to anticipate trend
mā: Frank, Steven A.
I whakaputaina: (2024)

Drivers of periodicity in population dynamic models of long-lived, large mammals
mā: McConnell, Marron, me ētahi atu.
I whakaputaina: (2025)

Why is it easier to predict the epidemic curve than to reconstruct the underlying contact network?
mā: Keliger, Dániel, me ētahi atu.
I whakaputaina: (2025)

Flow spatial structure determines pattern instabilities in nonlocal models of population dynamics
mā: Silvano, Nathan O., me ētahi atu.
I whakaputaina: (2024)

Using transient encounter rates to quantify spatial patterns of home-range organization
mā: Surendran, Anudeep, me ētahi atu.
I whakaputaina: (2025)

Dynamic coexistence driven by physiological transitions in microbial communities
mā: Narla, Avaneesh V., me ētahi atu.
I whakaputaina: (2024)

Nuclear compensatory evolution driven by mito-nuclear incompatibilities
mā: Princepe, Débora, me ētahi atu.
I whakaputaina: (2024)

Temporal genomics help in deciphering neutral and adaptive patterns in the contemporary evolution of kelp populations
mā: Reynes, Lauric, me ētahi atu.
I whakaputaina: (2024)

Equation Learning for multiscale models of infectious diseases
mā: Doran, James W. G., me ētahi atu.
I whakaputaina: (2026)

Control strategies and trends to equilibrium for kinetic models of opinion dynamics driven by social activity
mā: Bondesan, Andrea, me ētahi atu.
I whakaputaina: (2025)

How host mobility patterns shape antigenic escape during viral-immune co-evolution
mā: Blot, Natalie, me ētahi atu.
I whakaputaina: (2024)

Self-organized vegetation patterns promote persistence of plant-pollinator mutualisms under environmental stress
mā: Bongestab, Matheus, me ētahi atu.
I whakaputaina: (2025)

Recent trends in socio-epidemic modelling: behaviours and their determinants
mā: Proverbio, Daniele, me ētahi atu.
I whakaputaina: (2025)