看到一串番茄花在陽光下燦爛
真的是一串在株,希望無窮
野人獻曝 -- 花園一隅
-
pippin
- V2
- 文章: 2353
- 註冊時間: 週五 8月 17, 2007 9:02 am
- 來自: 島南
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
Re: 野人獻曝 -- 花園一隅
偶... 好像也有兩,三棵, 葉子看起來像蕃茄的
(咦)
因為三年前播種瓜葉菊種子(前一年收成)的效果不好
長一堆都素"螺西腳", 一澆水就全倒, 得一一再扶正
在細心照顧兩週後, 未見絲毫長大,
不玩了
偶沒有 鳳凰大 和 次Q大 的本領
（阿飄）
此後, 植栽一切隨緣
有空的盆子, 有種子就陸續丟進去,
長出來就表示跟偶有緣
(水草舞)
前後丟過蘋果, 梨子, 百子蓮, 蠟菊, 牽牛花... 等等
一個月前長了兩,三棵看起來不像雜草的植物
看著她的葉子, 忽想起約半年前曾被配給到不甚新鮮的聖女蕃茄, 也被偶丟進去
愈長大愈像
(眼汪汪)
(咦)
因為三年前播種瓜葉菊種子(前一年收成)的效果不好
長一堆都素"螺西腳", 一澆水就全倒, 得一一再扶正
在細心照顧兩週後, 未見絲毫長大,
不玩了
偶沒有 鳳凰大 和 次Q大 的本領
（阿飄）
此後, 植栽一切隨緣
有空的盆子, 有種子就陸續丟進去,
長出來就表示跟偶有緣
(水草舞)
前後丟過蘋果, 梨子, 百子蓮, 蠟菊, 牽牛花... 等等
一個月前長了兩,三棵看起來不像雜草的植物
看著她的葉子, 忽想起約半年前曾被配給到不甚新鮮的聖女蕃茄, 也被偶丟進去
愈長大愈像
(眼汪汪)
活在當下，更要及時行樂
讓六十歲時回憶起來會微笑十秒
讓六十歲時回憶起來會微笑十秒
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
Re: 野人獻曝 -- 花園一隅
謝謝葛格的鼓勵ross 寫:園丁大大
您是照相技術精進了
還是相機升級了
反正
您最近PO的照片比以前更漂亮了
(眼汪汪)
實話是...
傻瓜升級了
（賊）
之前咖大葛格說日幣漲, 日系產品也會跟著漲價
於是在年底時就把肖想粉久的機子給買下企
六年前買得那隻就專責診所事務了
(樂奔)
活在當下，更要及時行樂
讓六十歲時回憶起來會微笑十秒
讓六十歲時回憶起來會微笑十秒
-
秀芝妮
- 部長級
- 文章: 7869
- 註冊時間: 週一 3月 24, 2008 12:12 am
-
pippin
- V2
- 文章: 2353
- 註冊時間: 週五 8月 17, 2007 9:02 am
- 來自: 島南
Re: 野人獻曝 -- 花園一隅
秀美眉大大
棗子的果皮果肉都要剝掉只取果核種子哩
如果直接種的話,會爛掉發霉甚至長蟲啦
還有,當遇到很硬的種子,有時候要泡水或讓它有點破損才容易出芽
棗子的果皮果肉都要剝掉只取果核種子哩
如果直接種的話,會爛掉發霉甚至長蟲啦
還有,當遇到很硬的種子,有時候要泡水或讓它有點破損才容易出芽
It is one thing to promise ,and
another to perform.
another to perform.
-
pippin
- V2
- 文章: 2353
- 註冊時間: 週五 8月 17, 2007 9:02 am
- 來自: 島南
Re: 野人獻曝 -- 花園一隅
Cuphea( 克非亞草屬)
Lythraceae千屈菜科
Cuphea llavia
俗名Batface,Tine mice
種子油脂可做為工業用途的經濟作物
同屬知名的植物有雪茄花,細葉雪茄花
http://en.wikipedia.org/wiki/Cuphea
http://www.wiu.edu/AltCrops/cuphea.htm
http://www.rainyside.com/features/plant ... yMice.html
圖檔
http://img.photobucket.com/albums/v503/ ... face15.jpg
http://www.hcp4.net/mercer/inbloom/imag ... ea1024.jpg
http://potee.com/2002cupheableue1.JPG
http://www.kagiken.co.jp/new/kojimachi/ ... large.html
http://www.botanic.jp/plants-ha/bechoj.htm
山羊百科
http://plant.climb.com.tw/modules/media ... ssopifolia
附件
飽合脂肪酸
http://en.wikipedia.org/wiki/Capric_acid
http://en.wikipedia.org/wiki/Lythraceae
http://www.sciencedaily.com/releases/20 ... 195803.htm
BIOMASS 雜誌報導
http://www.biomassmagazine.com/article. ... &q=&page=1
http://www.biomassmagazine.com/article. ... &q=&page=2
Taming the Wild Cuphea
Cuphea has been in development as an industrial crop for a number of years. Once the oilseed reaches commercial viability it could replace imported oils and petroleum as a source for capric and lauric acids used in the production of manufacturing surfactants, detergents, lubricants, personal care products and other specialty chemicals.
By Susanne Retka Schill
The purple flowers of the cuphea oil plant could add a splash of color to the U.S. crop scene, but not before its wild side is tamed. Cuphea’s seed shattering trait, which is helpful in the wild to disperse seeds for propagation, makes it difficult to capture the oilseed’s full yield potential. The crop’s current yields of 500 to 800 pounds per acre limit its use in high-value oil markets. Cuphea has the potential to become a hot commodity, however, if researchers succeed in boosting yields to the 2,000 pound per acre level. “I’ve heard one company say it would use production from 300,000 acres, and another from 1 million acres,” says Russ Gesch, a research plant physiologist with the USDA Agricultural Research Service (ARS) in Morris, Minn.,
who is among a small group of researchers trying to domesticate cuphea.
Cuphea could be a domestic source for short- and medium-carbon chain fatty acids such as capric acid and lauric acid used in manufacturing surfactants, detergents, lubricants, personal care products and other specialty chemicals. The current sources are imported palm and coconut oil and petroleum. As the price of petroleum and tropical oils increase, and the price of corn and soybeans adjust to new market conditions, a yield-enhanced cuphea has the potential to compete.
Cuphea is the genus name for 260 species found in uncultivated areas from the southern United States into Central and South America. Thirty years ago, scientists looking for promising new plant materials began working with cuphea because it’s a natural source of short- and medium-chain fatty acids. The vegetable oils commonly produced in the United States from soybeans, canola, sunflowers and others are 18-carbon-chain oils used primarily in cooking. Cuphea is of particular interest to researchers because each plant species produces high proportions of different fatty acids. Current cuphea agronomic lines contain 30 percent to 35 percent oil, of which 80 percent to 90 percent is capric acid. Other cuphea species favor lauric acid and can yield as much as 80 percent, compared with palm and coconut oils which typically yield 50 percent lauric acid.
Agronomic Characteristics
Researchers are challenged by several agronomic problems in their efforts to commercially produce cuphea. Besides the shattering issue, cuphea is indeterminate, meaning it continually grows and flowers, and thus ripens unevenly. The agronomic lines Gesch is developing in Minnesota, however, are steadily improving. He is working with a hybrid developed from two cuphea species, C. viscosissima and C. lanceolata, one native to the United States and the other native to Mexico. This short-season annual performs much like soybeans, he says. It can be planted in the northern Corn Belt in early- to mid-May and harvested in late September after a killing frost. It grows quite densely and in one trial yielded a combined seed and biomass total of five tons per acre, Gesch says. The seeds are disc-shaped and small, comparable to canola seeds.
The agronomic lines are well-adapted to western Minnesota and eastern North Dakota, he says. The oilseeds have yielded as much as 1,200 pounds per acre under intensive management, but farmers growing small acreages have seen yields as small as zero to 800 pounds. “Timing is really important,” Gesch explains. “It’s not forgiving if you’re not on time with the herbicide or with harvest.” Illinois research determined that cuphea is beneficial in rotation with corn as it helps to break the corn rootworm cycle and boost corn yields. The occasional zero yields, however, demonstrate that the plant can’t tolerate stress. This year, Gesch began new trials at Morris with two or three agronomic lines and several wild species that have shown an ability to adapt to varying temperature and moisture conditions.
In 2007, cuphea planted in central Illinois yielded an average 550 pounds per acre, according to Terry Isbell, who leads the new crops and processing technology unit at the USDA Agricultural Research Service in Peoria, Ill. At such low yields, he says the primary market for the crop will be the relatively small, high-value cosmetic uses where cuphea oil’s high solubility, dispersibility and oxidative stability are desirable characteristics. “When we hit 1,000 pounds per acre we can think about the [10-carbon] markets,” he says. The 10-carbon-chain fatty acids can be used in surfactants and has been utilized by one company in an environmentally friendly wood preservative.
Isbell’s team in Peoria patented a chemical process combining capric acid with oleic acid, the most common fatty acid, to produce a lubricant. “It makes a lubricant with good low-temperature points, which is oxidatively stable so it doesn’t degrade in an engine or hydraulic system,” he says. With a pour point of minus 41 degrees Celsius (minus 41.8 Fahrenheit) and excellent lubrication characteristics, it outperforms petroleum-based motor oils even in winter in International Falls, Minn., which is considered the nation’s icebox. A start-up Montana company, Peaks to Prairies LLC, has licensed the technology and will soon be introducing a line of lubricants. The products probably won’t contain capric acid derived from cuphea oil until it’s commercially available.
It’s those kinds of products that have prompted some companies to invest in development of the crop. Andrew Hebard leads one of the companies looking to commercialize cuphea production, Technology Crops International, with offices in Winston-Salem, N.C., Fargo, N.D., and Essex, England. “We are seeing a strong interest in this product,” he says. The company has contracted with farmers to grow the crop for its research effort and they supply a small commercial market. Hebard projects the crop is a year or two away from being commercially available for a specialized higher end-value market, but further away for wider commercialization. Technology Crops specializes in industrial crops, contracting with farmers at prices that are competitive with soybean and corn markets and providing information on best production practices to help ensure successful harvests. The company finds markets for the oil and the protein meal coproduct. Hebard describes cuphea as a new crop with several different industrial uses. “It creates an opportunity for growers to produce something agronomically different, a value-added crop,” he says.
Researchers are also exploring uses for other cuphea species. One species produces short carbon chains, C6 and C8 and has the potential to produce a biofuel with properties similar to No. 2 diesel without involving the transesterification process. There is also interest in using cuphea esters as a jet fuel source, Isbell says. He estimates it will be three to five years before the crop begins to be commercialized. “We have to get the yields up to 2,000 pounds per acre before the markets will start to establish themselves,” he says. Once that benchmark is reached, the market for surfactants and detergents will pull the crop out of the specialty arena
and into the commodity realm
Gesch and Isbell agree that the process would be more efficient if they were able to dedicate a plant breeder to the crop’s development and to enlist the help of a geneticist to develop gene markers to speed up the selection of desirable traits. “The new crop group in the United States is not a large group,” Isbell explains. “We work on several crops simultaneously with four to six crops spread across the whole United States.” The researchers are part of the Association for the Advancement of Industrial Crops, which began meeting 20 years ago to share developments on crops with the potential to replace petroleum-based chemicals. “All of us are getting intensive scrutiny now,” Isbell says. “A lot of people are calling us and asking questions about the crops we’ve been working on for some time. The world is coming to the realization that petroleum will come toan end.”
Lythraceae千屈菜科
Cuphea llavia
俗名Batface,Tine mice
種子油脂可做為工業用途的經濟作物
同屬知名的植物有雪茄花,細葉雪茄花
http://en.wikipedia.org/wiki/Cuphea
http://www.wiu.edu/AltCrops/cuphea.htm
http://www.rainyside.com/features/plant ... yMice.html
圖檔
http://img.photobucket.com/albums/v503/ ... face15.jpg
http://www.hcp4.net/mercer/inbloom/imag ... ea1024.jpg
http://potee.com/2002cupheableue1.JPG
http://www.kagiken.co.jp/new/kojimachi/ ... large.html
http://www.botanic.jp/plants-ha/bechoj.htm
山羊百科
http://plant.climb.com.tw/modules/media ... ssopifolia
附件
飽合脂肪酸
http://en.wikipedia.org/wiki/Capric_acid
http://en.wikipedia.org/wiki/Lythraceae
http://www.sciencedaily.com/releases/20 ... 195803.htm
BIOMASS 雜誌報導
http://www.biomassmagazine.com/article. ... &q=&page=1
http://www.biomassmagazine.com/article. ... &q=&page=2
Taming the Wild Cuphea
Cuphea has been in development as an industrial crop for a number of years. Once the oilseed reaches commercial viability it could replace imported oils and petroleum as a source for capric and lauric acids used in the production of manufacturing surfactants, detergents, lubricants, personal care products and other specialty chemicals.
By Susanne Retka Schill
The purple flowers of the cuphea oil plant could add a splash of color to the U.S. crop scene, but not before its wild side is tamed. Cuphea’s seed shattering trait, which is helpful in the wild to disperse seeds for propagation, makes it difficult to capture the oilseed’s full yield potential. The crop’s current yields of 500 to 800 pounds per acre limit its use in high-value oil markets. Cuphea has the potential to become a hot commodity, however, if researchers succeed in boosting yields to the 2,000 pound per acre level. “I’ve heard one company say it would use production from 300,000 acres, and another from 1 million acres,” says Russ Gesch, a research plant physiologist with the USDA Agricultural Research Service (ARS) in Morris, Minn.,
who is among a small group of researchers trying to domesticate cuphea.
Cuphea could be a domestic source for short- and medium-carbon chain fatty acids such as capric acid and lauric acid used in manufacturing surfactants, detergents, lubricants, personal care products and other specialty chemicals. The current sources are imported palm and coconut oil and petroleum. As the price of petroleum and tropical oils increase, and the price of corn and soybeans adjust to new market conditions, a yield-enhanced cuphea has the potential to compete.
Cuphea is the genus name for 260 species found in uncultivated areas from the southern United States into Central and South America. Thirty years ago, scientists looking for promising new plant materials began working with cuphea because it’s a natural source of short- and medium-chain fatty acids. The vegetable oils commonly produced in the United States from soybeans, canola, sunflowers and others are 18-carbon-chain oils used primarily in cooking. Cuphea is of particular interest to researchers because each plant species produces high proportions of different fatty acids. Current cuphea agronomic lines contain 30 percent to 35 percent oil, of which 80 percent to 90 percent is capric acid. Other cuphea species favor lauric acid and can yield as much as 80 percent, compared with palm and coconut oils which typically yield 50 percent lauric acid.
Agronomic Characteristics
Researchers are challenged by several agronomic problems in their efforts to commercially produce cuphea. Besides the shattering issue, cuphea is indeterminate, meaning it continually grows and flowers, and thus ripens unevenly. The agronomic lines Gesch is developing in Minnesota, however, are steadily improving. He is working with a hybrid developed from two cuphea species, C. viscosissima and C. lanceolata, one native to the United States and the other native to Mexico. This short-season annual performs much like soybeans, he says. It can be planted in the northern Corn Belt in early- to mid-May and harvested in late September after a killing frost. It grows quite densely and in one trial yielded a combined seed and biomass total of five tons per acre, Gesch says. The seeds are disc-shaped and small, comparable to canola seeds.
The agronomic lines are well-adapted to western Minnesota and eastern North Dakota, he says. The oilseeds have yielded as much as 1,200 pounds per acre under intensive management, but farmers growing small acreages have seen yields as small as zero to 800 pounds. “Timing is really important,” Gesch explains. “It’s not forgiving if you’re not on time with the herbicide or with harvest.” Illinois research determined that cuphea is beneficial in rotation with corn as it helps to break the corn rootworm cycle and boost corn yields. The occasional zero yields, however, demonstrate that the plant can’t tolerate stress. This year, Gesch began new trials at Morris with two or three agronomic lines and several wild species that have shown an ability to adapt to varying temperature and moisture conditions.
In 2007, cuphea planted in central Illinois yielded an average 550 pounds per acre, according to Terry Isbell, who leads the new crops and processing technology unit at the USDA Agricultural Research Service in Peoria, Ill. At such low yields, he says the primary market for the crop will be the relatively small, high-value cosmetic uses where cuphea oil’s high solubility, dispersibility and oxidative stability are desirable characteristics. “When we hit 1,000 pounds per acre we can think about the [10-carbon] markets,” he says. The 10-carbon-chain fatty acids can be used in surfactants and has been utilized by one company in an environmentally friendly wood preservative.
Isbell’s team in Peoria patented a chemical process combining capric acid with oleic acid, the most common fatty acid, to produce a lubricant. “It makes a lubricant with good low-temperature points, which is oxidatively stable so it doesn’t degrade in an engine or hydraulic system,” he says. With a pour point of minus 41 degrees Celsius (minus 41.8 Fahrenheit) and excellent lubrication characteristics, it outperforms petroleum-based motor oils even in winter in International Falls, Minn., which is considered the nation’s icebox. A start-up Montana company, Peaks to Prairies LLC, has licensed the technology and will soon be introducing a line of lubricants. The products probably won’t contain capric acid derived from cuphea oil until it’s commercially available.
It’s those kinds of products that have prompted some companies to invest in development of the crop. Andrew Hebard leads one of the companies looking to commercialize cuphea production, Technology Crops International, with offices in Winston-Salem, N.C., Fargo, N.D., and Essex, England. “We are seeing a strong interest in this product,” he says. The company has contracted with farmers to grow the crop for its research effort and they supply a small commercial market. Hebard projects the crop is a year or two away from being commercially available for a specialized higher end-value market, but further away for wider commercialization. Technology Crops specializes in industrial crops, contracting with farmers at prices that are competitive with soybean and corn markets and providing information on best production practices to help ensure successful harvests. The company finds markets for the oil and the protein meal coproduct. Hebard describes cuphea as a new crop with several different industrial uses. “It creates an opportunity for growers to produce something agronomically different, a value-added crop,” he says.
Researchers are also exploring uses for other cuphea species. One species produces short carbon chains, C6 and C8 and has the potential to produce a biofuel with properties similar to No. 2 diesel without involving the transesterification process. There is also interest in using cuphea esters as a jet fuel source, Isbell says. He estimates it will be three to five years before the crop begins to be commercialized. “We have to get the yields up to 2,000 pounds per acre before the markets will start to establish themselves,” he says. Once that benchmark is reached, the market for surfactants and detergents will pull the crop out of the specialty arena
and into the commodity realm
Gesch and Isbell agree that the process would be more efficient if they were able to dedicate a plant breeder to the crop’s development and to enlist the help of a geneticist to develop gene markers to speed up the selection of desirable traits. “The new crop group in the United States is not a large group,” Isbell explains. “We work on several crops simultaneously with four to six crops spread across the whole United States.” The researchers are part of the Association for the Advancement of Industrial Crops, which began meeting 20 years ago to share developments on crops with the potential to replace petroleum-based chemicals. “All of us are getting intensive scrutiny now,” Isbell says. “A lot of people are calling us and asking questions about the crops we’ve been working on for some time. The world is coming to the realization that petroleum will come toan end.”
- 附加檔案
-
- cuphea hyssopifolia.jpg (48.19 KiB) 已瀏覽 10997 次
-
- cuphea ignea.jpg (47.74 KiB) 已瀏覽 10999 次
-
- bat faced Cuphea.jpg (136.36 KiB) 已瀏覽 10999 次
-
- bat faced 3.jpg (149.99 KiB) 已瀏覽 10999 次
-
- bat faced 5.jpg (127.92 KiB) 已瀏覽 10999 次
It is one thing to promise ,and
another to perform.
another to perform.
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
Re: 野人獻曝 -- 花園一隅
偶...
偶真素太懶了
看到文字, 就直接把畫面往下拉企看圖
看到最後一張, 咦... 這郭好像雪茄
再回企看文字, 啊... 果然...
(臉紅紅)
謝謝 pippin 大哥介紹白千層
從網路連結看去, 終於知道偶那兩棵澳洲茶樹的相關資料了
(遠目)
偶真素太懶了
看到文字, 就直接把畫面往下拉企看圖
看到最後一張, 咦... 這郭好像雪茄
再回企看文字, 啊... 果然...
(臉紅紅)
謝謝 pippin 大哥介紹白千層
從網路連結看去, 終於知道偶那兩棵澳洲茶樹的相關資料了
(遠目)
活在當下，更要及時行樂
讓六十歲時回憶起來會微笑十秒
讓六十歲時回憶起來會微笑十秒
-
ross
- 副院長級
- 文章: 14294
- 註冊時間: 週二 10月 24, 2006 9:04 pm
- 來自: 山水之地
Re: 野人獻曝 -- 花園一隅
上一張是1月份照的,今天補一張,就是這幾朵開花結果的,秀芝妮 寫:原來番茄花長這樣子 (水草舞) (水草舞) (水草舞)
每一朵都會變成大番茄嗎 ?
可惜差一顆就全壘打.
報告ross老大,偶最近幫她施肥過,可能還不夠,或是本來就是聖女小番茄?
PS:最近傳圖不順利,也正拜TUFU大學藝,看影片看得眼睛快脫窗,少灌溉這園地.
不過還是會三不五時貼些不登大雅之堂的"家常花",傷到各位眼睛,請多多指教!
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
Re: 野人獻曝 -- 花園一隅
好清晰! 514葛格的攝影技術真不是蓋得!514 寫:欲罷不能,再貼兩張自己種的九層塔:
比偶直接看在陽光下的九層塔還清楚
（賊）
好健康, 好好吃的模樣~
(三八萌)
活在當下，更要及時行樂
讓六十歲時回憶起來會微笑十秒
讓六十歲時回憶起來會微笑十秒
-
ross
- 副院長級
- 文章: 14294
- 註冊時間: 週二 10月 24, 2006 9:04 pm
- 來自: 山水之地
Re: 野人獻曝 -- 花園一隅
514大大
小番茄就不用施肥了
我去年種好幾顆黃金番茄
收成還不錯
今年只剩幾株草莓
現在也開花結果了
只是
從來沒肥可施
都只長小小的果實
我明天再去給她拍幾張相片
PO上來展一下
另外
我唯一的蘭花有花苞了
小番茄就不用施肥了
我去年種好幾顆黃金番茄
收成還不錯
今年只剩幾株草莓
現在也開花結果了
只是
從來沒肥可施
都只長小小的果實
我明天再去給她拍幾張相片
PO上來展一下
另外
我唯一的蘭花有花苞了
非吾小天下 才高而已
非吾縱古今 時賦而已
非吾睨天下 宏觀而已
三非焉罪 無夢至勝
非吾縱古今 時賦而已
非吾睨天下 宏觀而已
三非焉罪 無夢至勝
Re: 野人獻曝 -- 花園一隅
恭喜恭喜!ross 寫:514大大
小番茄就不用施肥了
我去年種好幾顆黃金番茄
收成還不錯
今年只剩幾株草莓
現在也開花結果了
只是
從來沒肥可施
都只長小小的果實
我明天再去給她拍幾張相片
PO上來展一下
另外
我唯一的蘭花有花苞了
這個時候是最令人興奮的時刻!
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
-
pippin
- V2
- 文章: 2353
- 註冊時間: 週五 8月 17, 2007 9:02 am
- 來自: 島南
Re: 野人獻曝 -- 花園一隅
Caladenia.腺唇蘭屬(澳洲蜘蛛蘭屬)
Caladenia flava
俗名cowslip orchid
原產澳洲,地生蘭
http://en.wikipedia.org/wiki/Caladenia
http://en.wikipedia.org/wiki/Caladenia_flava
http://commons.wikimedia.org/wiki/Caladenia
圖檔
http://www.warwickhughes.com/flora/cala ... ifolia.jpg
http://www.warwickhughes.com/flora/caladenia_flava2.jpg
http://www.warwickhughes.com/flora/cala ... ybrid3.jpg
http://www.pbase.com/image/53407026
http://members.westnet.com.au/aycee/latifolia.htm
http://www.picsearch.com/pictures/plant ... denia.html
Caladenia品種圖檔
http://members.westnet.com.au/aycee/caladenia.htm
http://en.wikipedia.org/wiki/Caladenia_carnea
slide show
http://www.stridvall.se/flowers/gallery ... =Caladenia
Caladenia flava
俗名cowslip orchid
原產澳洲,地生蘭
http://en.wikipedia.org/wiki/Caladenia
http://en.wikipedia.org/wiki/Caladenia_flava
http://commons.wikimedia.org/wiki/Caladenia
圖檔
http://www.warwickhughes.com/flora/cala ... ifolia.jpg
http://www.warwickhughes.com/flora/caladenia_flava2.jpg
http://www.warwickhughes.com/flora/cala ... ybrid3.jpg
http://www.pbase.com/image/53407026
http://members.westnet.com.au/aycee/latifolia.htm
http://www.picsearch.com/pictures/plant ... denia.html
Caladenia品種圖檔
http://members.westnet.com.au/aycee/caladenia.htm
http://en.wikipedia.org/wiki/Caladenia_carnea
slide show
http://www.stridvall.se/flowers/gallery ... =Caladenia
- 附加檔案
-
- caladenia%20latifolia3.jpg (23.32 KiB) 已瀏覽 10914 次
-
- caladenia%20latifolia2.jpg (27.91 KiB) 已瀏覽 10914 次
-
- caladenia flava3.jpg (118.35 KiB) 已瀏覽 10915 次
-
- caladenia flava2.jpg (128.49 KiB) 已瀏覽 10915 次
-
- cowslip2.jpg (125.93 KiB) 已瀏覽 10902 次
It is one thing to promise ,and
another to perform.
another to perform.
-
ross
- 副院長級
- 文章: 14294
- 註冊時間: 週二 10月 24, 2006 9:04 pm
- 來自: 山水之地
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
Re: 野人獻曝 -- 花園一隅
前些日子, 偶的狐狸尾蘭一直在掉葉子
本就沒幾片了, 再掉就再見了
（無盡漩渦）
可素偶又無法三天兩頭地幫她噴灑花寶
如何能搶救呢?
左思右想, 想想手邊有的材料...
試試看吧, 挑棵狀況最差的, 把她"種"下去
一個多月後, 似乎有進步, 植株變得較健康了 (樂奔)
花苞像不像烏龜頭咧~ (爽)
本就沒幾片了, 再掉就再見了
（無盡漩渦）
可素偶又無法三天兩頭地幫她噴灑花寶
如何能搶救呢?
左思右想, 想想手邊有的材料...
試試看吧, 挑棵狀況最差的, 把她"種"下去
一個多月後, 似乎有進步, 植株變得較健康了 (樂奔)
花苞像不像烏龜頭咧~ (爽)
活在當下，更要及時行樂
讓六十歲時回憶起來會微笑十秒
讓六十歲時回憶起來會微笑十秒
-
ross
- 副院長級
- 文章: 14294
- 註冊時間: 週二 10月 24, 2006 9:04 pm
- 來自: 山水之地
Re: 野人獻曝 -- 花園一隅
用透明的小藥袋給他套上去GARDENER 寫:有大大知道要如何讓草莓可以在完全熟成前不被偷吃掉的方法嗎?
(三八萌)
死了不能怪我唷
非吾小天下 才高而已
非吾縱古今 時賦而已
非吾睨天下 宏觀而已
三非焉罪 無夢至勝
非吾縱古今 時賦而已
非吾睨天下 宏觀而已
三非焉罪 無夢至勝
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
Re: 野人獻曝 -- 花園一隅
因為看到了第一棵的進步
於是就把她們一一"種"起來
懸空約1公尺長的氣根, 若沒經常施予液態肥, 恐怕不易長得好
(壓力)
於是就把她們一一"種"起來
懸空約1公尺長的氣根, 若沒經常施予液態肥, 恐怕不易長得好
(壓力)
活在當下，更要及時行樂
讓六十歲時回憶起來會微笑十秒
讓六十歲時回憶起來會微笑十秒
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
Re: 野人獻曝 -- 花園一隅
前年套過, 還剪了洞通風哦~ross 寫:用透明的小藥袋給他套上去GARDENER 寫:有大大知道要如何讓草莓可以在完全熟成前不被偷吃掉的方法嗎?
(三八萌)
死了不能怪我唷
(水草舞)
結果...
蝸牛素吃不到啦, 可素全爛光了
活在當下，更要及時行樂
讓六十歲時回憶起來會微笑十秒
讓六十歲時回憶起來會微笑十秒
-
pippin
- V2
- 文章: 2353
- 註冊時間: 週五 8月 17, 2007 9:02 am
- 來自: 島南
Re: 野人獻曝 -- 花園一隅
ross大大
府上的草莓.桂花和蘭花看起來都照顧的很好
令偶看了很慚愧,偶真是不用心
偶家桂花雖然有開花但是葉子很枯竭
幸好還活著 (偽可愛)
府上的草莓.桂花和蘭花看起來都照顧的很好
令偶看了很慚愧,偶真是不用心
偶家桂花雖然有開花但是葉子很枯竭
幸好還活著 (偽可愛)
It is one thing to promise ,and
another to perform.
another to perform.
-
ross
- 副院長級
- 文章: 14294
- 註冊時間: 週二 10月 24, 2006 9:04 pm
- 來自: 山水之地
Re: 野人獻曝 -- 花園一隅
那改成套晚上GARDENER 寫:前年套過, 還剪了洞通風哦~ross 寫:用透明的小藥袋給他套上去GARDENER 寫:有大大知道要如何讓草莓可以在完全熟成前不被偷吃掉的方法嗎?
(三八萌)
死了不能怪我唷
(水草舞)
結果...
蝸牛素吃不到啦, 可素全爛光了
白天打開
可以嗎？ (偽可愛)
非吾小天下 才高而已
非吾縱古今 時賦而已
非吾睨天下 宏觀而已
三非焉罪 無夢至勝
非吾縱古今 時賦而已
非吾睨天下 宏觀而已
三非焉罪 無夢至勝
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
-
ross
- 副院長級
- 文章: 14294
- 註冊時間: 週二 10月 24, 2006 9:04 pm
- 來自: 山水之地
Re: 野人獻曝 -- 花園一隅
您過獎了pippin 寫:ross大大
府上的草莓.桂花和蘭花看起來都照顧的很好
令偶看了很慚愧,偶真是不用心
偶家桂花雖然有開花但是葉子很枯竭
幸好還活著 (偽可愛)
實在太慚愧了
園丁大才是真正厲害的
我是最懶的顧花人
只會澆水而已
其他一任自由 (偽可愛)
非吾小天下 才高而已
非吾縱古今 時賦而已
非吾睨天下 宏觀而已
三非焉罪 無夢至勝
非吾縱古今 時賦而已
非吾睨天下 宏觀而已
三非焉罪 無夢至勝
-
GARDENER
- V2
- 文章: 2220
- 註冊時間: 週一 4月 21, 2008 6:41 pm
- 來自: 山頂洞
-
pippin
- V2
- 文章: 2353
- 註冊時間: 週五 8月 17, 2007 9:02 am
- 來自: 島南
Re: 野人獻曝 -- 花園一隅
改用不織布或宣紙試看看??GARDENER 寫:前年套過, 還剪了洞通風哦~ross 寫:用透明的小藥袋給他套上去GARDENER 寫:有大大知道要如何讓草莓可以在完全熟成前不被偷吃掉的方法嗎?
(三八萌)
死了不能怪我唷
(水草舞)
結果...
蝸牛素吃不到啦, 可素全爛光了
It is one thing to promise ,and
another to perform.
another to perform.