ABSTRACT

The second edition of Instant Notes in Plant Biology, has been both updated and reorganized and gives an insight into the whole of plant science, integrating structure, function and physiology. A major addition is the section on understanding plants which introduces the major techniques in plant science and shows how advances are made. Molecular techniques are used in all areas of plant science and are included throughout.

section Section A|4 pages

Introduction

chapter A1|4 pages

Introduction

section Section B|16 pages

Understanding plants – methods in plant biology

chapter B1|3 pages

Arabidopsis and other model plants

chapter B2|8 pages

Methods in experimental plant science

chapter B3|5 pages

Studying plant evolution and ecology

section Section C|19 pages

Plant cells

chapter C1|3 pages

The plant cell

chapter C2|3 pages

The cell wall

chapter C3|2 pages

Plastids and mitochondria

chapter C4|4 pages

Membranes

chapter C5|3 pages

Nucleus and genome

chapter C6|4 pages

Cell division

section Section D|18 pages

Vegetative anatomy

chapter D1|4 pages

Meristems and primary tissues

chapter D2|5 pages

Roots

chapter D3|3 pages

Herbaceous stems and primary growth

chapter D4|3 pages

Woody stems and secondary growth

chapter D5|3 pages

Leaves

section Section E|20 pages

Plants, water and mineral nutrition

chapter E1|6 pages

Plants and water

chapter E2|3 pages

Water retention and stomata

chapter |3 pages

Uptake of mineral nutrients by plants

chapter |4 pages

Functions of mineral nutrients

section Section F|25 pages

Metabolism

section Section G|20 pages

Reproductive biology

chapter G1|4 pages

The flower

chapter G2|3 pages

Pollen and ovules

chapter G3|4 pages

Breeding systems

chapter G4|5 pages

Self incompatibility

chapter G5|4 pages

Ecology of flowering and pollination

section Section H|17 pages

Seeds and fruits

chapter H1|4 pages

The seed

chapter H2|2 pages

Fruits

chapter H3|4 pages

Fruit and seed dispersal

chapter H4|3 pages

Seed dormancy

chapter H5|4 pages

Regeneration and establishment

section Section I|20 pages

Sensing and responding to the environment

chapter I2|4 pages

Tropisms

chapter I3|3 pages

Nastic responses

chapter I4|2 pages

Abscission

chapter I5|5 pages

Stress avoidance and adaptation

section Section J|22 pages

Growth and development

section Section K|13 pages

Plant genetic engineering and biotechnology

chapter K1|2 pages

Plant breeding

chapter K2|5 pages

Plant cell and tissue culture

chapter K3|6 pages

Plant genetic engineering

section Section L|24 pages

Plant ecology

chapter L1|3 pages

Ecology of different growth forms

chapter L2|4 pages

Physical factors and plant distribution

chapter L3|3 pages

Plant communities

chapter L4|6 pages

Populations

chapter L5|4 pages

Polymorphisms and population genetics

section Section M|25 pages

Interactions between plants and other organisms

chapter M1|5 pages

Mycorrhiza

chapter M2|3 pages

Nitrogen fixation

chapter M3|4 pages

Interactions between plants and animals

chapter M4|4 pages

Fungal pathogens and endophytes

chapter M6|4 pages

Parasites and saprophytes

chapter M7|3 pages

Carnivorous plants

section Section N|19 pages

Human uses of plants

chapter N1|6 pages

Plants as food

chapter N2|4 pages

Plants for construction

chapter N3|2 pages

Plants in medicine

chapter N4|4 pages

Plants for other uses

chapter N5|3 pages

Bioremediation

section Section O|13 pages

Algae and bryophytes

chapter O1|4 pages

The algae

chapter O2|5 pages

The bryophytes

chapter O3|4 pages

Reproduction in bryophytes

section Section P|19 pages

Spore-bearing vascular plants

chapter P1|5 pages

Early evolution of vascular plants

chapter P2|4 pages

Clubmosses and quillworts

chapter P3|3 pages

Horsetails

chapter P4|7 pages

Ferns

section Section Q|27 pages

Seed plants

chapter Q1|4 pages

Early seed plants

chapter Q2|5 pages

Conifers

chapter Q3|5 pages

Cycads, Ginkgo and Gnetopsida

chapter Q4|8 pages

Evolution of flowering plants

chapter Q5|5 pages

General features of plant evolution