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BT101 : Ecology, Biodiversity & Evolution-I

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Course Info

Course Category

Biotechnology

Course Level

Undergraduate

Credit Hours

3

Pre-requisites

N/A

Instructor

Dr. Hafsa Amat Ur Rasool
Ph.D
University of the Punjab, Lahore. Split PhD, University of Nottingham UK

Course Contents

Lecture 1- What is Ecosystem Lecture 2- Living organisms can use many forms of energy, but not heat Lecture 3- Producers Lecture 4- Consumers Lecture 5- Decomposers Lecture 6- Food Chain_Energy flows through trophic levels of ecosystems Lecture 7- Food web Lecture 8 _ Trophic Levels & Productvity Lecture 9- How trophic levels process energy Lecture 10- Ecological pyramids illustrate the relationship of trophic levels Lecture 11- Animals and their abiotic environment Lecture 12- Temperature Lecture 13- Water & Light Lecture 14 - Population Growth Lecture 15 - Exponential Population Growth Lecture 16 - Logistics Population Growth Lecture 17 - r and k selected species Lecture 18 - Population Regulation Lecture 19 - Communities Lecture 20 - The Ecological Niche Lecture 21 - The Ecological Stability Lecture 22 - Herbivory Lecture 23 - Predation Lecture 24 - Competition Lecture 25 - Coevolution Lecture 26 - Symbiosis Lecture 27 - Parasitism Lecture 28 - Camouflage-1 Lecture 29 - Camouflage-2 Lecture 30 - Camouflage-3 Lecture 31 - Mimicry Lecture 32 - Aposematism Lecture 33 - Atmosphere and its Evolution-1 Lecture 34 - Atmosphere and its Evolution-2 Lecture 35 - Composition of Atmosphere Lecture 36 - Layers of Atmosphere-1 Lecture 37 - Troposphere-1 Lecture 38 - Stratosphere Lecture 39 - Mesosphere Lecture 40 - Thermosphere & Exosphere Lecture 41 - Benefits of Atmosphere Lecture 42 - Carbon Cycle Lecture 43 - Water Cycle -1 Lecture 44 - Water Cycle-2 Lecture 45 - Nitrogen Cycle - 1 Lecture 46 - Nitrogen Cycle -2 Lecture 47 - Phosphorous Cycle Lecture 48 - Extinction and Habitat Loss Lecture 49 - Destruction of Habitat -1 Lecture 50 - Habitat Fragmentation Lecture 51 - Effects of habitat fragmentation Lecture 52 - Invasive Species Lecture 53 - Overexploitation Lecture 54- Land pollution - 1 Lecture 55 - Land pollution -2 Lecture 56 - Water pollution - 1 Lecture 57 - Water pollution - 2 Lecture 58 - Air pollution - 1 Lecture 59 - Air pollution - 2 Lecture 60 - Light pollution Lecture 61 - Noise pollution Lecture 62 - Acid Rain Lecture 63 - Disruption of water cycle and coastal ecosystem Lecture 64 - Greenhouse effect Lecture 65 - Ozone Depletion Lecture 66 - Global Warming Lecture 67 - Effects of Global Warming - 1 Lecture 68 - Effects of Global Warming-2 Lecture 69 - Biomagnification Lecture 70 - Type of Wastewater Lecture 71 - Impacts of Wastewater on Environment Lecture 72 - Treatment of Wastewater - 1 Lecture 73 - Treatment of Wastewater - 2 Lecture 74 - Protection of Endangered species Lecture 75 - Evolution Lecture 76 - Evolution & Biogeography Lecture 77 - Evolution & Palaentology Lecture 78 - Evolution & Comparative Anatomy Lecture 79 - Evolution & Molecular Biology Lecture 80 - Lamarckism Lecture 81 - History of Darwin and Voyage Lecture 82 - Evidences of Theory of Natural Selection - 1 Lecture 83 - Evidences of Theory of Natural Selection - 2 Lecture 84 - Evidences of Theory of Natural Selection - 3 Lecture 85 - Theory of Natural selection-1 Lecture 86 - Theory of Natural selection-2 Lecture 87 - Theory of Natural selection-3 Lecture 88 - Adaptations Lecture 89 - POPULATION SIZE, GENETIC DRIFT, AND NEUTRAL SELECTION Lecture 90 - Effects of Genetic Drift Lecture 91 - Conditions of Natural Selection Lecture 92 - Selection for Surviving Adaptations Lecture 93 - Fitness and its Measurement Lecture 94 - Interactions Among Evolutionary Forces Lecture 95 - Maintenance of Variations - 1 Lecture 96 - Maintenance of Variations-2 Lecture 97 - Kinds of Selection Lecture 98 - Polymorphism Lecture 99 - The Limits of Selection Lecture 100 - Speciation - 1 Lecture 101 - Speciation - 2 Lecture 102 - Allopatric Speciation Lecture 103 - Parapatric Speciation Lecture 104 - Sympatric Speciation Lecture 105 - Rates of Evolution Lecture 106 - Molecular Evolution Lecture 107 - Gene Duplication Lecture 108 - Mosaic Evolution Lecture 109 - Systematics and Five Kingdom System Lecture 110 - Cladistics Lecture 111 - Domain Archaea Lecture 112 - Domain Bacteria Lecture 113 - Structure and Function of Prokaryotic Cell-1 Lecture 114 - Structure and Function of Prokaryotic Cell-2 Lecture 115 - Domain Eukaryota Lecture 116 - Nucleus Lecture 117 - Ribosome Lecture 118-Endoplasmic Reticulum Lecture 119 - Golgi Apparatus Lecture 120 - Lysosome Lecture 121 - Mitochondria -1 Lecture 122 - Mitochondria -2 Lecture 123 - Peroxisomes Lecture 124 - Chloroplast Lecture 125 - Cytoskeleton-1 Lecture 126 - Cytoskeleton-2 Lecture 127 - Protists Lecture 128 - Phylum Mastigophora - 1 Lecture 129- Phylum Mastigophora - 2 Lecture 130- Subphylum Sarcodinia Lecture 131- SUPERCLASS RHIZOPODA, CLASS LOBOSEA Lecture 132- Subphylum Actinopoda Lecture 133 - Phylum Apicomplexa - 1 Lecture 134 - Phylum Apicomplexa - 2 Lecture 135 - Phylum Labyrinthomorpha Lecture 136 - Phylum Microspora Lecture 137 - Phylum Acetospora Lecture 138 - Phylum Ciliphora - 1 Lecture 139 - Phylum Ciliphora - 2 Lecture 140 - Kingdom Animalia - 1 Lecture 141 - Kingdom Animalia - 2 Lecture 142 -Phylum Porifera Lecture 143 - Phylum Coelenterata -1 Lecture 144 - Phylum Coelenterata - 2 Lecture 145 - Phylum Platyhelminthes -1 Lecture 146 - Phylum Platyhelminthes - 2 Lecture 147 - Phylum Nematoda Lecture 148 - Phylum Annelida - 1 Lecture 149 - Phylum Annelida - 2 Lecture 150 - Phylum Mollusca Lecture 151 - Phylum Arthropoda - 1 Lecture 152- Phylum Arthropoda - 2 Lecture # 153, Phylum Arthropoda- 3 Lecture # 154, Phylum Echinodermata -1 Lecture # 155, Phylum Echinodermata-2 Lecture # 156, Phylum Hemichordata Lecture # 157, Class Pisces Lecture # 158, Class Amphibia Lecture # 159, Class Reptilia Lecture # 160, Class Aves-1 Lecture # 161, Class Aves- 2 Lecture # 162, Class Mammalia- 1 Lecture # 163, Class Mammalia- 2 Lecture # 164, Kingdom Plantae