这个长在砖边的，就是不知道什么时候有根拉在那里的，可能是有些细根（每当我挖出些根给拍卖的人，执法那些粗壮的）不要的，扔那了，人家就发芽了。这就说明这个东西多么好种了。
下雨的时候那里都是“水漫金山”的（因为下面都是胶泥）， 也没事。
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mm 种的植物都透着灵性
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还有红薯叶吗？旁边那些。
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正想问您怎么繁植？去年从您那儿拍来的根，长了两大棵。想多繁植一些。
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长的真好
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这是啥
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我有太多红薯叶呢：））
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你可以从傍边挖土，慢慢看根，挖出来，剪掉根繁殖，也可以冬天时休眠期，全部挖出来，剪根（3厘米就可以）繁殖。你这一年就看根多少。分根可能不行。
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一种植物，叶子可以沤肥，是钾肥。叶子也可以直接作为覆盖物，也会慢慢沤成肥。和果树类种植比较好，也会改善土壤。
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生命力强啊
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它是超强得！
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是啊：）
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我的comfrey种在小花盆里，为浇水方便就把它们放在三角梅的大花盆上面，没想到的是，comfrey的叶子长的又大又肥，三角梅也开的前所末有的灿烂。我想是COMFREY为三角梅提供了充足的钾皅，而三角梅为comfrey遮挡了烈日。这种交差种植让我从中得到启发（当然是想向，还需请求），如果我在花、果树旁边都种上一棵COMFREY，是不是都可以让花更美丽，果实更丰盛呢？
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长的真好
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谢谢分享和加分哦
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主要是叶子覆盖土壤，或者堆肥，只是放上面，我不知道是否也有帮助，但是长的号就好啊。
一般是种果树边有助于果树，当然种花边也可以， 因为它能改善土壤,刚取搜素一篇文章可以看看：
http://permaculturenews.org/2014 ... eally-improve-soil/
或者直接搜索这篇文章的名字：
Does Comfrey Really Improve Soil?
这个人对自己的土壤做了测试对比，才看到了效果
摘抄一些
when I realized I could just do a soil test and compare it to my past years’ tests, and then I would have at least one data point to support or refute the claims. The test results are pictured here, and they will benefit from some explanation.
The first test is from February 2009, after our front yard had sat under sheet mulch all winter and our back yard was still mostly turf grass. The mulched front yard already shows a lower pH (we have alkaline clay soil here, so lower is better), more than double the organic matter, three times the nitrate, and about 50% higher phosphorus and potassium.
By the time of the second test in 2011, I had sheet mulched the back yard as well, but I distinguished between a “raised” bed where a sewer repair had exposed the heavy clay subsoil and a greenhouse area which had not been excavated. The greenhouse bed shows higher nutrient levels than either the front yard or the raised bed, with the exception of potassium, but even this is higher than it had been two years before.
So far so good, and I think I’ve made a good case for sheet mulching, but all these figures are blown away by the sample I took this year under the comfrey plants. After 5 years of comfrey, the topsoil in this sample shows a lower pH and higher percent organic matter than any of the previous samples, and the nutrient levels are practically off the charts – a 47 to 232% increase over the previously observed highs. I did not test for calcium or magnesium either before or after, but just on the basis of NPK the comfrey is completely vindicated.
It appears I owe comfrey and its promoters an apology, but still this is just one data point. To really make the case for comfrey, we will need lots of data from lots of soil types, and we need to publish the results in a reputable source that can be cited by Wikipedia, PFAF, and all the reference books we turn to for authoritative information. And we need to collect negative results (if any) as well as positive ones. Do you have any data on comfrey to share? Please let me know in the comments below!
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不客气，谢谢你喜欢我的植物：）
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Thank you very much forward the article to me & I always have a pleasure to read such a interesting paper.
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哈哈，谢谢你喜欢。看后更坚定了我种它的信心：））
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