1. A seed contains an embryo advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature and an advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature shoot and their food store. These are surrounded by a protective seed advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature . 2. Different types of food are found in the food store of seeds. The presence of starch can be demonstrated using advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature solution. If positive, the result is a advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature colour. The presence of glucose can be demonstrated using a advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature strip. If positive, the result is a advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature colour. The presence of protein can be demonstrated using an advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature strip. If positive, the result is a advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature colour. 3. During advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature , an embryo plant uses the reserves of food in the seed to grow into a plant with green leaves. 4. Seeds need water, advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature and a suitable advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature (e.g. 200C) to germinate. 5. A plant’s life advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature is the series of changes that it passes through from a certain stage in its development (e.g. germinating seed) until it reaches the same stage in the next advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature . 6. Seeds which remain inactive even when given the conditions needed to germinate, are described as being advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature . One type of dormancy can be broken by exposing the seeds to advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature temperature (e.g. 40C) for a few months. Under natural conditions this form of dormancy is of advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature to the plant because germination of the seeds is delayed until advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature when the warmer soil temperature encourages growth. 7. During photosynthesis, green plants use advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature energy to produce food needed for growth. Embryo plants inside germinating seeds cannot advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature and need to use the seed’s food reserves for growth. Therefore germinating seeds show and overall advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature in mass. Photosynthesising seedlings are able to produce the food they need for growth and therefore show an overall advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature in mass. 8. To sow seeds means to put them in a place which provides the conditions needed for germination. Seeds need to be advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature out during sowing to prevent overcrowding of seedlings following germination. Large seeds are sown individually by advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature ; fine seeds are mixed with silver advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature before sowing. 9. Seeds that have been enclosed in a ball of clay are said to have been advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature . The pellets make the seeds smooth and easy to space out during planting. A pellet is made up of layers which may contain useful chemicals such as advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature and/or nutrients. Pelleted seeds take advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature to germinate than unpelleted seeds. 10. to pre-germinate (chit) a seed means to make it start to germinate before it has been planted. In some seed this can be done by advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature them. Seeds with hard coats can be made to germinate more quickly by advantage Albustix blue-black Clinistix coat cycle dormant embryo gain generation germination green hand iodine light longer loss low oxygen pelleted pesticides photosynthesise pre-soaking purple root sand slitting spaced spring temperature them open or ‘nicking‘ their seed coats with a knife before sowing.