Examples of CRPPF in a sentence
Similar to that of total fruit yield, clay pot irrigation and nitrogen fertilization with irrigation water (CRPPF & C25PPF) gave higher marketable yield than furrow or clay pot ir- rigation with band application of nitrogen fertilizer (Ta- ble 4).
The increase in plant height of tomatoes under clay pot irrigation and nitrogen fertilization with irriga- tion water is in agreement with previous reports by Daka (2001) and Bainbridge (2001) who reported faster growth and establishment of plants under clay pot than surface irrigation methods.The highest number of marketable fruits obtained from CRPPF could be associated with more dry mat- ter production per plant.
The in-creases in total yield with the use of clay pot irrigation with 33,333 plants ha−1 and nitrogen fertilization with irrigation water (CRPPF) and clay pot irrigation with 41,667 plants ha−1 and nitrogen fertilization with irri- gation water (C25PPF) over the furrow irrigation with 33,333 plants ha−1 and band application of fertilizer (control) were 45.5 and 34.2%, respectively.
Application of nitrogen fertilizer with irriga- tion water through clay pots for a plant population of33,333 plants ha−1 (CRPPF) increased the number of marketable fruits per plant over the rest of the treatments(Table 4).
Flowering of tomatoes grown under clay pot irrigation and nitrogen fertilization with irrigation water (CRPPF and C25PPF) was delayed by up to one week as compared to those under furrow irrigation with band application of fertilizer (FRPPB) (Table 3).
FRPPB = furrow irrigation, 33,333 plants ha−1 and nitrogen fertilization in bands (control); CRPPB = clay pot irrigation, 33,333 plants ha−1 and nitrogen fertilization in bands; CRPPF = clay pot irrigation, 33,333 plants ha−1 and nitrogen fertilization with irrigation water; C25PPB = clay pot irrigation, 41,667plants ha−1 and nitrogen fertilization in bands; C25PPF = clay pot irrigation, 41,667 plants ha−1 andnitrogen fertilization with irrigation water.
Tomatoes grown un- der C25PPF and CRPPF had significantly higher plant height than the rest of the treatments (Table 3).
Tomatoes grown un- der clay pot irrigation with application of nitrogen fertil- izer along with the irrigation water (CRPPF & C25PPF) gave significantly higher fertilizer use efficiency than furrow or clay pot irrigated tomatoes with band appli- cation of nitrogen fertilizer (Table 5).
Tomatoes grown un- der clay pot irrigation with application of nitrogen fertil- izer along with the irrigation water (CRPPF & C25PPF) gave significantly higher fertilizer use efficiency than furrow or clay pot irrigated tomatoes with band appli- cation of nitrogen fertilizer (Table 5).
As presented in Table 5, treatments with ap- plication of nitrogen fertilizer into clay pots (CRPPF & C25PPF) gave significantly higher irrigation water use efficiency than those with band method of fertilization.