Cucurbita digitata: Difference between revisions

From Wikipedia, the free encyclopedia
Content deleted Content added
HalfGig (talk | contribs)
similar
HalfGig (talk | contribs)
move
Line 15: Line 15:
|binomial_authority = [[Asa Gray|Gray]]
|binomial_authority = [[Asa Gray|Gray]]
|}}
|}}
'''''Cucurbita digitata''''' is a species of flowering plant in the [[Cucurbitaceae|squash family]] known by the common names '''fingerleaf gourd''' and '''bitter squash'''.
'''''Cucurbita digitata''''' is a species of flowering plant in the [[Cucurbitaceae|squash family]] known by the common names '''fingerleaf gourd''' and '''bitter squash'''. It is similar to ''[[Cucurbita californica]]'', ''[[Cucurbita cordata]]'', ''[[Cucurbita cylindrata]]'', and ''[[Cucurbita palmata]]''.<ref name="puchalski">{{cite journal|last1=Puchalski|first1= J. T.|last2=Robinson|first2=R. W.|year=1978|title=Comparative Electrophoretic Analysis of Isozymes in ''Cucurbita'' Species|url=http://cuke.hort.ncsu.edu/cgc/cgc01/cgc1-26.html|journal= Cucurbit Genetics Cooperative Report|publisher=North Carolina State University|location=Raleigh, NC|volume=1|page=28}}</ref>


This wild squash plant is native to the [[Southwestern United States]] and [[Northwestern Mexico]] where it is relatively uncommon.
This wild squash plant is native to the [[Southwestern United States]] and [[Northwestern Mexico]] where it is relatively uncommon.
Line 24: Line 24:
It has curling yellow flowers up to 5 centimeters wide.
It has curling yellow flowers up to 5 centimeters wide.


The fruit is a dark green squash, rounded or nearly rounded, with mottling and distinct white stripes. The bitter fruit is very distasteful and generally not edible, although a few animals may hesitantly eat the flesh while trying to get at the seeds. Each white seed is about a centimeter long and at 35% protein and 50% fat is a nutritious food. It is similar to ''[[Cucurbita californica]]'', ''[[Cucurbita cordata]]'', ''[[Cucurbita digitata]]'', and ''[[Cucurbita palmata]]''.<ref name="puchalski">{{cite journal|last1=Puchalski|first1= J. T.|last2=Robinson|first2=R. W.|year=1978|title=Comparative Electrophoretic Analysis of Isozymes in ''Cucurbita'' Species|url=http://cuke.hort.ncsu.edu/cgc/cgc01/cgc1-26.html|journal= Cucurbit Genetics Cooperative Report|publisher=North Carolina State University|location=Raleigh, NC|volume=1|page=28}}</ref>
The fruit is a dark green squash, rounded or nearly rounded, with mottling and distinct white stripes. The bitter fruit is very distasteful and generally not edible, although a few animals may hesitantly eat the flesh while trying to get at the seeds. Each white seed is about a centimeter long and at 35% protein and 50% fat is a nutritious food.


== References ==
== References ==

Revision as of 22:36, 27 September 2013

Curcurbita digitata
Scientific classification
Kingdom:
(unranked):
(unranked):
(unranked):
Order:
Family:
Genus:
Species:
C. digitata
Binomial name
Cucurbita digitata

Cucurbita digitata is a species of flowering plant in the squash family known by the common names fingerleaf gourd and bitter squash. It is similar to Cucurbita californica, Cucurbita cordata, Cucurbita cylindrata, and Cucurbita palmata.[1]

This wild squash plant is native to the Southwestern United States and Northwestern Mexico where it is relatively uncommon.

Description

Cucurbita digitata is a hairy vining plant with sharply palmate leaves having five fingerlike lobes. It is quite similar in appearance to its close relative, the coyote gourd Cucurbita palmata, but the lobes of its leaves are usually more slender.

It has curling yellow flowers up to 5 centimeters wide.

The fruit is a dark green squash, rounded or nearly rounded, with mottling and distinct white stripes. The bitter fruit is very distasteful and generally not edible, although a few animals may hesitantly eat the flesh while trying to get at the seeds. Each white seed is about a centimeter long and at 35% protein and 50% fat is a nutritious food.

References

  1. ^ Puchalski, J. T.; Robinson, R. W. (1978). "Comparative Electrophoretic Analysis of Isozymes in Cucurbita Species". Cucurbit Genetics Cooperative Report. 1. Raleigh, NC: North Carolina State University: 28.

External links