**Statistics in Volcanology **

**Authors and Affiliation, **affiliations.pdf

**Preface, **preface.pdf

**Chapter 1: **Volcanic
process modelling and statistical data.

*Heidy M Mader*, chapter1.pdf

**Chapter 2: **Structured
elicitation of expert judgment for probabilistic hazard and risk assessment in
volcanic eruptions. *W. P. Aspinall*, chapter2.pdf

**Chapter 3: **A quantitative
model for volcanic hazard assessment.

*Warner Marzocchi,
Laura Sandri, Claudia Furlan*, chapter3.pdf

**Chapter 4: **What is the
probability of explosive eruption at a long-dormant volcano?

*Charles B. Connor,
Alexander R. McBirney, Claudia Furlan*, chapter4.pdf

**Chapter 5: **Extreme value
methods for modelling historical series of large volcanic magnitudes.

*S.G. Coles, R.S.J.
Sparks*, chapter5.pdf

**Chapter 6: **Applying
statistical analysis to understanding the dynamics of volcanic explosions.

*Nick Varley, Jeffrey
Johnson, Mario Ruiz, Gabriel Reyes, Kristin Martin.*, chapter6.pdf

**Chapter 7: **Forecasting
future spatial distribution of volcanoes: An example from Armenia.

*Jennifer N. Weller,
Andrew J. Martin, Charles B. Connor, L. J. Connor,*

*Arkadi Karakhanian*,
chapter7.pdf

**Chapter 8: **Estimation of
volcanic hazards using geostatistical models.

*O. Jaquet and R.
Carniel*, chapter8.pdf

**Chapter 9: **The
contingency table: A powerful tool of multivariate statistics.

*Margaret Hellweg and
Dieter Seidl*, chapter9.pdf

**Chapter 10: **The
Gutenberg-Richter law: Assumptions, limitations and interpretations.

*Pablo Palacios, Indira
Molina, M´onica Segovia*, chapter10.pdf

**Chapter 11: **Stationary
and non-stationary time series.

*G. P. Nason*, chapter11.pdf

**Chapter 12: **New
approaches to volcanic time series analysis.

*Peter C. Young*, chapter12.pdf

**Chapter 13: **Signal
classification by wavelet-based Hidden Markov Models: application to seismic
signals of volcanic origin.

*Paolo Alasonati,
Joachim Wassermann, Matthias Ohrnberger.*, chapter13.pdf

**Chapter 14: **Magma memory
recorded by statistics of volcanic explosions at the Soufriere Hills volcano,
Montserrat.

*O. Jaquet, R. S. J.
Sparks, R. Carniel*, chapter14.pdf

**Chapter 15: **Solution and
parametric study of a combined conduit and eruption column model.

*Mikel Diez*, chapter15.pdf

**Chapter 16: **Transient
models of conduit flows during volcanic eruptions.

*Oleg Melnik, Stephen
Sparks*, chapter16.pdf

**Chapter 17: **Multi-parameter
monitoring and modelling of volcanic processes.

*Jürgen Neuberg,* chapter17.pdf

**Chapter 18: **Inversion is
the key to dispersion: Understanding eruption dynamics by inverting tephra
fallout. * *

*L. J. Connor, C. B.
Connor*, chapter18.pdf

**Chapter 19: **Probabilistic
modelling of tephra dispersion.* *

*Costanza Bonadonnaa*,
chapter19.pdf

**Glossary, **full_glossary.pdf