Water relations in coffee. Significance of plant water deficit to growth and yield; a review
The intensive management of the coffee crop requires rational irrigation. Plant parameters such as stomatal closure or freezing point depression of cellular sap are early indicators of plant water deficits. Conversely, the transpiration rate is a very insensitive indicator and cannot be used to determine irrigation requirements. Net photosynthesis is severely affected by small water deficits, a decrease of about 50 being expected from a 92-80 drop in relative turgidity of the leaves. The ratio T/P expresses the relative effect of water stress on transpiration and photosynthesis and therefore is valuable selective parameter for drought resistance and has a great value under the perspective of agricultural economy. Other effects of plant water deficits on respiration, flowering and fruiting processes as well as some of the more important points which deserve further investigation are also discussed
Saved in:
| Main Author: | |
|---|---|
| Format: | biblioteca |
| Published: |
Ene
|
| Subjects: | BALANCE HIDRICO, STRESS, FOTOSINTESIS, TRANSPIRACION, RESPIRACION, FLORACION, FRUCTIFICACION, PRODUCCION, |
| Tags: |
Add Tag
No Tags, Be the first to tag this record!
|
| id |
KOHA-OAI-BVE:72490 |
|---|---|
| record_format |
koha |
| spelling |
KOHA-OAI-BVE:724902020-02-06T06:31:28ZWater relations in coffee. Significance of plant water deficit to growth and yield; a review 99921 Nunes, M.A. Ene 1976The intensive management of the coffee crop requires rational irrigation. Plant parameters such as stomatal closure or freezing point depression of cellular sap are early indicators of plant water deficits. Conversely, the transpiration rate is a very insensitive indicator and cannot be used to determine irrigation requirements. Net photosynthesis is severely affected by small water deficits, a decrease of about 50 being expected from a 92-80 drop in relative turgidity of the leaves. The ratio T/P expresses the relative effect of water stress on transpiration and photosynthesis and therefore is valuable selective parameter for drought resistance and has a great value under the perspective of agricultural economy. Other effects of plant water deficits on respiration, flowering and fruiting processes as well as some of the more important points which deserve further investigation are also discussedThe intensive management of the coffee crop requires rational irrigation. Plant parameters such as stomatal closure or freezing point depression of cellular sap are early indicators of plant water deficits. Conversely, the transpiration rate is a very insensitive indicator and cannot be used to determine irrigation requirements. Net photosynthesis is severely affected by small water deficits, a decrease of about 50 being expected from a 92-80 drop in relative turgidity of the leaves. The ratio T/P expresses the relative effect of water stress on transpiration and photosynthesis and therefore is valuable selective parameter for drought resistance and has a great value under the perspective of agricultural economy. Other effects of plant water deficits on respiration, flowering and fruiting processes as well as some of the more important points which deserve further investigation are also discussedBALANCE HIDRICOSTRESSFOTOSINTESISTRANSPIRACIONRESPIRACIONFLORACIONFRUCTIFICACIONPRODUCCION Journal of Coffee Research (India) |
| institution |
IICA |
| collection |
Koha |
| country |
Costa Rica |
| countrycode |
CR |
| component |
Bibliográfico |
| access |
En linea |
| databasecode |
cat-sibiica |
| tag |
biblioteca |
| region |
America Central |
| libraryname |
Sistema de Bibliotecas IICA/CATIE |
| topic |
BALANCE HIDRICO STRESS FOTOSINTESIS TRANSPIRACION RESPIRACION FLORACION FRUCTIFICACION PRODUCCION BALANCE HIDRICO STRESS FOTOSINTESIS TRANSPIRACION RESPIRACION FLORACION FRUCTIFICACION PRODUCCION |
| spellingShingle |
BALANCE HIDRICO STRESS FOTOSINTESIS TRANSPIRACION RESPIRACION FLORACION FRUCTIFICACION PRODUCCION BALANCE HIDRICO STRESS FOTOSINTESIS TRANSPIRACION RESPIRACION FLORACION FRUCTIFICACION PRODUCCION 99921 Nunes, M.A. Water relations in coffee. Significance of plant water deficit to growth and yield; a review |
| description |
The intensive management of the coffee crop requires rational irrigation. Plant parameters such as stomatal closure or freezing point depression of cellular sap are early indicators of plant water deficits. Conversely, the transpiration rate is a very insensitive indicator and cannot be used to determine irrigation requirements. Net photosynthesis is severely affected by small water deficits, a decrease of about 50 being expected from a 92-80 drop in relative turgidity of the leaves. The ratio T/P expresses the relative effect of water stress on transpiration and photosynthesis and therefore is valuable selective parameter for drought resistance and has a great value under the perspective of agricultural economy. Other effects of plant water deficits on respiration, flowering and fruiting processes as well as some of the more important points which deserve further investigation are also discussed |
| format |
|
| topic_facet |
BALANCE HIDRICO STRESS FOTOSINTESIS TRANSPIRACION RESPIRACION FLORACION FRUCTIFICACION PRODUCCION |
| author |
99921 Nunes, M.A. |
| author_facet |
99921 Nunes, M.A. |
| author_sort |
99921 Nunes, M.A. |
| title |
Water relations in coffee. Significance of plant water deficit to growth and yield; a review |
| title_short |
Water relations in coffee. Significance of plant water deficit to growth and yield; a review |
| title_full |
Water relations in coffee. Significance of plant water deficit to growth and yield; a review |
| title_fullStr |
Water relations in coffee. Significance of plant water deficit to growth and yield; a review |
| title_full_unstemmed |
Water relations in coffee. Significance of plant water deficit to growth and yield; a review |
| title_sort |
water relations in coffee. significance of plant water deficit to growth and yield; a review |
| publishDate |
Ene |
| work_keys_str_mv |
AT 99921nunesma waterrelationsincoffeesignificanceofplantwaterdeficittogrowthandyieldareview |
| _version_ |
1756057659486765056 |