Dismal Sariola

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Dismal Sariola

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Ecology Notes

Arctic Climate Change

_Arctic climate change - Intro

Arctic ecosystems herbivory and climate

Climate Change and lakes

Forest-Tundra Transition

Peatlands - Introduction

Peatlands - Research applications

Eco-Evo Dynamics

Age-structured population dynamics

EcoEvo Assignment 1

Population Dynamics

Ecology

Ecology - Overview

Alpha Diversity

Applied Ecology

Behaviour and Genetics

Behavioural Ecology

Biomes and Species Distribution

Community Ecology

Disease Ecology

Evolutionary Conflict

Evolutionary Ecology

Experimental Studies in Behvaioural Ecology

Four-Question Framework

Functional Trait

Group Selection

Landscape Ecology

Life History Adaptations

Lotka-Volterra Model

Maternal effect

Phenotypic Plasticity

Population Ecology

Spatial Dependence

Spatial Ecology

Species Distribution Models

Species Interactions

Evolutionary Biology

Evolutionary Biology - Overview

Assignment - Coalescence

Assignment - Honey bee co-evolution

Assignment - Population Genetics

Assignment - QTL Mapping

Assignment - Quantitative Genetics

Assignment - Salmon life history

Behavioural Evolution

Causes of speciation

Evolution - Intro

Genome-Wide Association Study (GWAS)

Genomic Analysis I - Linkage Mapping

Genomic Analysis II - Coalescent and Genetic Diversity

Genomic Analysis III - Linkage Disequilibrium and GWAS

Genomic Analysis

Hardy-Weinberg Equilibrium

Life History Evolution

Linkage Disequilibrium

Modern Synthesis of Darwinism

Natural Selection

Population Genetics - Effective Population Size

Population Genetics - Genetic Drift

Population Genetics - Migration

Population Genetics - Selection

Population Genetics

Population Structure

Quantitative Genetics

Quantitative Trait Locus mapping

Reproductive Isolation

Indigenous Conservation

1_Indigenous Conservation - Overview

Deep time and biocultural heritage

Evidence-making of Indigenous knowledge

Final Essay - notes

Indigenous Biocultural Landscapes

Indigenous Sustainabilities

Reading - Ancestor's Times

Reading - Citizen Science and Indigenous Local Knowledge

Reading Notes - Inclusive Definition of Sustainability

Socio-philosophy and health

Macroecology

finalproj

Meta-analysis Final Assignment

Biodiversity Measurements

Brownian Motion

How To Write A Lot

Impacts of changing hydrology on global peatland biodiversity

Land Use Change

Latitudinal Diversity Gradient

Macroecology - Intro

Macroecology - Overview

Math Methods

Mathematical Methods in Biology - Overview

Dynamical Systems

Applications of the Derivative

Dynamical Systems - Intro

Dynamical Systems Overview

Equilibria and Stability

Equilibria of reversible processes

Evolutionary Stable Strategy

Harvested Logistic Model

Optimal Virulence of Pathogen (homework)

Predator-prey dynamics with Holling type II functional resonse

Time Scale Separation

Probability

Homework

Week 1 Homework

Week 2 Homework

Week 3 Homework

Week 4 Homework

Week 5 Homework

Week 6 Homework

Binomial Distribution

Central Limit Theorem

Conditional Probability

Continuous Distributions

Law of total probability

Poisson Distributions

Probability - Fundamentals

Probability - Important Formulas

Probability - Mean

Probability - Variance

Probability of Exponential Decay

Probability Overview

Past Environmental Change and Paleoenvironment

_Past environmental change - overview

Applications of Pollen Data

Environment Archives - Lakes

Environment Archives - Peatlands

Environmental Archives - Oceans

Landscape Reconstruction Algorithm

Non-Pollen Palynomorphs

Ordination Methods for Fossil Data

Paleoenvironmental Reconstruction

Past Environmental Change Introduction

Pollen Analysis

Principal Component Analysis

Chrysophyte cysts

Palaeoenvironmental applications - Lakes

Palaeoenvironmental applications - Oceans

Paleaeobioindicators I

Paleaeobioindicators II

Paleo Data Handling

Paleo Transfer Function - Model Evaluation

Past Environment - Field work

Plant macrofossils

Sediment dating

Testate Amoebae

Seminar Diary

Biodiversity change research group

Seminar - Aconitase 3 gene contributes to metabolic adjustments and organelle stress response in plants

Seminar - Careers in academia and outside

Statistical Methods

Statistical Methods - Overview

Aleatory uncertainty

Bayesian applications

Bayesian Approach to Statistics

Bayesian inference

Bernoulli observation model

Categorical covariates

Comparing two populations through samples

Confidence interval

Confidence level

Deciding on a model

Epistemic uncertainty

Experimental Design

Frequentist Approach to Statistics

Gaussian Observation Model

Generalized Linear Mixed Model - Intro

Generalized linear models

Law of total variance

Least squares estimation

Likelihood function

List of Observation Models

Markov chain Monte Carlo sampling

Mixed Effect Models

Negative-Binomial Observation Model

Poisson Observation Model

Previous exam review

Residual sum of squares

Statistics - Introduction

Suomi

Exercises

Kuuntele - Harrastus Venla

Kuuntle - Ongelma ja ratkaisu

Leenan kamala aamu

Listening - Miä he tekevä vapaa-ajalla ja uika usein? Harjoitus 4

Luetaan! Pidä huolta itsestäsi

Matkalla - O tai V?

Mitä teet vapaa-ajalla?

Negatiivinen imperfekti ja -minen-sanat

Objecti - SM2 kp 2 h 20-24

Types of Sentences (assignment)

Grammar

Grammar concepts

Totaali-objekti

Types of Sentences

Verbi+minen=substantiivi

_Suomi - overview

Fraasia Työelämästä

Monikko (plural)

Negatiivinen imperfekti

Päivän idiomit

Suomen koulutusjärjestelmä

Terveys ja Arkipäivä

Residual sum of squares

The sum of all the residuals from each data point squared.

RSS = \sum_{i = 1}^{n} r_{i}^{2}

This is used for calculating the F-statistic in a linear model.

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