Annikahakkers

GLOBAL AIR QUALITY L01: INTRODUCTION, STRUCTURE AND COMPOSITION OF THE ATMOSPHERE L02: AIR QUALITY AND METEOROLOGY I: GLOBAL CIRCULATION L03: TROPOSPHERIC CHEMISTRY L04: STRATOSPHERIC OZONE L05: THE GREENHOUSE EFFECT REGIONAL AIR QUALITY L06: AQ AND METEOROLOGY II: BOUNDARY LAYER METEOROLOGY L07: DRY DEPOSITION OF AIR POLLUTANTS L08: WET DEPOSITION OF AIR POLLUTANTS L09a: PARTICULATE MATTER AND RADIATION L09b: AIRBORNE MICROPLASTICS L10: EUTROPHICATION, THE NITROGEN PROBLEM LOCA...

[1.1] MICROORGANISMS, TINY TITANS OF THE EARTH [1.2] STRUCTURE OF MICROBIAL CELLS [1.4] AN INTRODUCTION TO MICROBIAL LIFE [1.5] MICROORGANISMS AND THE BIOSPHERE [1.6] THE IMPACT OF MICROORGANISMS ON HUMAN SOCIETY [1.7-1.8] LIGHT MICROSCOPY AND THE DISCOVERY OF MICROORGANISMS AND IMPROVING CONTRAST IN LIGHT MICROSCOPY [1.9] IMAGING CELLS IN THREE DIMENSIONS [1.10] PROBING CELL STRUCTURE: ELECTRON MICROSCOPY [1.13] DISCOVERY OF MICROBIAL DIVERSITY [1.15] WOESE AND THE TREE OF LIFE [1.3...

LECTURE 1: ECOLOGY AND EVOLUTION: THE ORIGIN AND DISSEMINATION OF SPECIES LECTURE 2: ENVIRONMENTAL CONDITIONS, RESOURCES, BIOMES LECTURE 3: POPULATIONS: WHAT DETERMINES THE SIZE OF POPULATIONS? LECTURE 4: INTERSPECIFIC COMPETITION AND SPECIES RICHNESS LECTURE 5: ENERGY FLUXES AND CYCLES LECTURE 6: THE INFLUENCE OF HUMANS: POLLUTION AND NATURE CONSERVATION

[LECTURE 1: INTRODUCTION TO TOXICOLOGY] [LECTURE 2: DAY-TO-DAY TOXICOLOGY] [LECTURE 3: CONCEPTS AND APPROACHES IN TOXICOLOGY] [LECTURE 4: HAZARD IDENTIFICATION] [LECTURE 5: TYPES OF CHEMICALS: METALS] [LECTURE 6: TYPES OF CHEMICALS: ORGANIC COMPOUNDS] [LECTURE 7: HUMAN RISK ASSESSMENT] [LECTURE 8: ENVIRONMENTAL RISK ASSESSMENT] [LECTURE 9: TOXICOLOGY: TOXICOKINETICS] [LECTURE 10: TOXICOLOGY: TOXICODYNAMICS] [LECTURE 11: MICROBIOLOGY AND TOXICOLOGY]

C1: Catchments 1.1 catchment characteristics 1.2 channels 1.3 climate 1.4 rainfall-runoff processes 1.5 storage 1.6 discharge 1.7 hydrograph 1.8 water balance C2: Groundwater 2.1 groundwater usage 2.2 layers and soil properties 2.3 groundwater level 2.4 isohypes and equipotential lines 2.5 flow patterns 2.6 flow magnitude 2.7 water balance approach 2.8 residence time C3: Aquatic ecosystems 3.1 the aquatic ecosystem 3.2 chemical compounds 3.3 light climate 3.4 phytopla...

lecture 1: introduction lecture 2: introduction to climate change lecture 3: climate change impacts lecture 4: regression model in climate impact research lecture 5: scenario analysis lecture 6: mitigatio and adaptation lecture 7: communication

This document contains historical, technological, and political perspectives on sustainable transitions in the Energy, Water, and Food system.

Summary of lectures and book of the course Introduction to Soil Geography