: 444 Seed Sprouting

"Berry Schiak, an agronomist and head of a fattening farm."
"Dekly Burt, head of nursery logistics, he manages dozens of logistics staff, and you can find whatever you have in your life."
...
Chen Rui has appointed some principals of the seed project one by one.
Now, please Professor Dai to say a few words.
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March 11.
Deming Ji announced the start of the 'Seed Project' on Tortuga National Radio and Television.
Very little was disclosed. The outside world only knows the name of the 'Seed Project' project, as well as the number of people involved, more than 100 scientists, more than 1,000 farm workers, and other detailed information about the 'Seed Project'.
In addition to this news, China spent more than a minute reporting on the -1 News Network, and said it would send a team of agricultural scientists, seed scientists, and botanists to join the seed engineering project.
In other countries' government and government, the people said they did not pay attention. They just reported it in the ordinary news. Then, it disappeared. Obviously, they did not know what they had missed.
'Seed Project' officially launched.
The project consists of four groups, cultivating seeds, cultivating plant seedlings, fattening and configuring nutrient solutions, and finally logistics.
March 14.
The first batch of 1,578 prehistoric plant seeds were sown into nurseries and greenhouses in nurseries.
The scientists observed the seeds closely.
4 days later, March 17.
The seeds of the first prehistoric plant germinated.
This is very exciting news for all scientists.
Four days later, March 20.
Prehistoric plant seeds germinated one after another in the nursery and in the greenhouse, and the tips of the buds drilled into the nutrient soil.
After another day. March 21.
The seeds of 58 plants have sprouted.
Another day later, March 22.
The seeds of 73 plants have sprouted.
March 23.
The seeds of 98 plants have sprouted.
March 24.
The seeds of 124 plants have sprouted.
March 25th.
The seeds of 141 plants have sprouted.
...
By March 30, the end of March.
The seeds of 171 plants have sprouted.
The seeds of plants generally germinate from 3 to 10 days.
From March 14. The seeds have been sown for 17 days.
Then there are more than 1,400 prehistoric plant seeds. The seeds of most plant species can't germinate because they are stored for a long time, and a few plants have a longer germination period.
March 31.
In China, 15 experts in agriculture, seeds, and plants have joined the 'seed project' project. Most of these 15 experts are professors drawn from major agricultural universities in China, and two of them are academicians of the Chinese Academy of Sciences.
April 11.
Seeds from 171 to 178 plants have sprouted.
Sowing from March 14th to April 11th, 28 days. Almost a month.
The germinated seeds are germinated, and the seeds that have not germinated cannot be germinated because they are stored in the seed bank for a long time.
The first sowing of 1,578 prehistoric seeds, only 178 species were able to germinate, with a germination rate of about 11.3%.
Because these 1578 kinds of seeds are randomly selected by Chen Rui from the doomsday seed bank.
11.2% can basically represent the germination probability of 957,251 seeds.
That is to say, the seeds of prehistoric earth obtained from the doomsday seed bank, on average, only 11 kinds of seeds of 100 kinds of plants germinated, and the others, because they were stored for too long, could not germinate.
April 15.
The second batch of 27,000 prehistoric seeds was planted in nurseries and greenhouses.
After more than a month. May 17.
2,771 prehistoric seeds have germinated.
The germination probability was 10.26%, which was lower than the 11.2% germination probability value of the first batch of prehistoric seeds, but was very close.
At this time. The first batch of 178 kinds of prehistoric plants that had successfully germinated had grown for nearly one and a half months and had grown green leaves. With the careful care of scientists and farm workers, they grew very well and were lush.
Depending on the length of the plant's maturity period, plants with a short maturity period have already opened buds to be released, or bright small flowers.
During the growth of the first 178 successfully germinated plants.
undoubtedly. The workload of scientists is huge, and they are very busy all day. Busy in the fields of nursery farms, woodland. In the simulated natural environment such as near the pond, under the shade, etc., although busy, they are also very fulfilling, because they are doing something that is of great significance to human beings.
Agriculturists are busy fattening plants, killing insects, and fighting bacterial diseases all day.
Botanists need to observe plant morphology, ecological habits, and classify plants.
Because the main purpose of the scientists is to study the use of these prehistoric plants, so as to benefit human beings.
Therefore, the main classification of these prehistoric plants is not based on plant taxonomy in the field of biology.
Instead, they are classified according to their use.
For example, it can provide humans with food plants that are rich in protein and starch.
A vegetable plant that can be eaten, tastes very good, and has a very high nutritional value.
Can be eaten raw, succulent, sour or sweet fruit plants.
Seeds, fruits, roots, and bark are used as seasonings to add flavor to food.
Fruit or seed oil plant that can provide cooking oil for human cooking.
Sugar plants with roots and stems that can be used to make sugar.
In addition, there are classifications of raw plants, ornamental plants and so on.
In addition, scientists have to classify these plants according to their ecological habits ~ EbookFREE.me ~ land plants, aquatic plants, epiphytes, parasites, saprophytes.
According to the plant's adaptation to long-day, short-day, temperature, rainfall and other environments, it is divided into tropical plants, subtropical plants, temperate plants, and cold plants.
There are also plant life cycles, annuals, biennials, perennials.
What other happy light, happy shade, drought resistance, water and humidity resistance, acid soil plants, calcareous soil plants, ...
The classification of plants is a huge and complicated workload.
It takes most of the time and energy of botanists.
Scientists have to do these things, and they are very important and urgent.
Scientists need to transplant plants of different ecological habits into different environments that they adapt to.
For example, according to the adaptation of plants to natural environments such as long-day, short-day, temperature, rainfall, etc., it is divided into tropical plants, subtropical plants, temperate plants, and cold plants. (To be continued)