'Tropic Sun' sunn hemp; Crotalaria juncea L.
[RES-036]
[1983]
|
‘Tropic Lalo’ paspalum: Paspalum hieronymii Hack
[RES-046]
[1984]
|
A simple evapotranspiration model for Hawaii: the Hargreaves model
[EN-106]
[1997]
|
A Soil Phosphorus Primer for Hawaiian Soils
[SCM-33]
[2017]
|
Absorption of fertilizer salts by Hawaiian soils
[B-35]
[1914]
|
Abstracts of publications and research, Department of Agronomy and Soil Science, College of Tropical Agriculture, 1960-1974; 1. Crop science
[DP-27]
[1976]
|
Abstracts of publications and research, Department of Agronomy and Soil Science, College of Tropical Agriculture, 1960-1974; 2. Crop science
[DP-28]
[1976]
|
Abstracts of publications and research, Department of Agronomy and Soil Science, College of Tropical Agriculture, 1960-1974; 3. Soil science
[DP-29]
[1976]
|
Abstracts of publications and research, Department of Agronomy and Soil Science, College of Tropical Agriculture, 1960-1974; 4. Soil science
[DP-30]
[1976]
|
Abstracts of publications and research, Department of Agronomy and Soil Science, College of Tropical Agriculture, 1960-1974; 5. Soil science
[DP-31]
[1976]
|
Abstracts of publications and research, Department of Agronomy and Soil Science, College of Tropical Agriculture, 1960-1974; 6. Agronomy
[DP-32]
[1976]
|
Acidification of volcanic ash soils from Maui and Hawai‘i Island for blueberry and tea production
[AS-5]
[2011]
|
Adequate nutrient levels in soils and plants in Hawaii (general guide)
[AS-3]
[1997]
|
Amorphous coatings on soil mineral surfaces sorb phosphate and sulfate
[IC-15]
[1978]
|
Arbuscular mycorrhizas -- producing and applying arbuscular mycorrhizal inoculum
[2001]
For sale
|
Average composition of some fertilizer materials containing the primary (major) plant nutrients
[GHGS-13]
[1980]
|
Average composition of some fertilizer materials containing the secondary (minor) plant nutrients and the micronutrients (trace elements)
[GHGS-14]
[1980]
|
Average composition of some organic fertilizer materials
[GHGS-15]
[1980]
|
Benefits and costs of using perennial peanut as living mulch for fruit trees in Hawaii
[SCM-27]
[2009]
|
Best management practices to minimize nonpoint-source pollution in agriculture
[SCM-26]
[2009]
|
Blossom-end rot of tomato in Hawaii
[PD-85]
[2012]
|
Calibration of Humidity Sensors for Agriculture
[FST-70]
[2023]
|
Chemical studies of the efficiency of legumes as green manures in Hawaii
[B-43]
[1917]
|
Collecting plant disease and insect pest samples for problem diagnosis
[SCM-14]
[2006]
|
Commercial vegetable production in Hawaii
[EB-16]
[1932]
|
Cover crops for orchards in Hawaii
[RES-094]
[1988]
|
Crop quality control through soil management techniques: manipulation of nitrogen and water to ripen sugarcane
[IC-005]
[1973]
|
Crop-logging of sugar cane: the standard nitrogen index and the normal nitrogen index
[TB-35]
[1957]
|
Diseases of taro in Hawaii and their control; with notes on field production
[C2-18]
[1941]
|
Effects of nutritional factors on chemical and soil microbiostasis
[RS-012]
[1982]
|
Erosion behavior and control on a stripmined latosolic soil
[TB-46]
[1961]
|
Expert systems in agriculture: determining lime recommendations for soils of the humid tropics
[RES-089]
[1988]
|
Factors affecting the growth and yield of coffee in Kona, Hawaii
[B-113]
[1958]
|
Fertilization of avocado trees
[CFS-AVO-3B]
[1988]
|
Field cucumber production guidelines for Hawaii
[RES-151]
[1994]
|
Field tomato production guidelines for Hawaii
[RES-141]
[1993]
|
Germinating tea seeds (Camellia sinensis)
[SCM-17]
[2007]
|
Green manuring—renewed interest in an old concept
[IC-25]
[1981]
|
Growing plants without soil
[C1-440]
[1970]
|
Growth response curves--The "Law of Diminishing Returns."
[IC-002]
[1971]
|
Hawaii watercress production
[RES-088]
[1987]
|
How to cultivate indigenous microorganisms
[BIO-9]
[2008]
|
Hydroponics
[GHGS-35]
[1982]
|
Impacts of organic inputs on taro production and returns
[SCM-3]
[2001]
|
Improved stiff-strawed rice varieties utilize nitrogen more effectively than traditional varieties
[IC-013]
[1978]
|
In-ground procedure for rooting tea cuttings
[SCM-23]
[2008]
|
In-Tray Procedure for Rooting Tea Cuttings
[SCM-35]
[2019]
|
Irrigation systems and nutrient sources for fertigation
[SCM-25]
[2009]
|
Leguminous crops for Hawaii
[B-23]
[1911]
|
Lettuce production guidelines for Hawaii
[RES-164]
[1996]
|
Liming acid soils of Hawaii
[AS-1]
[1997]
|
Liming in the tropics: comparative response of tropical and temperate legumes
[IC-009]
[1978]
|
Liming in the Tropics: variable-charge soils may be highly buffered
[IC-24]
[1981]
|
Low soil temperatures depress root activity in the tropics
[IC-06]
[1973]
|
Managing manganese toxicity in former sugarcane soils on Oahu
[SCM-1]
[1998]
|
Manual on arbuscular mycorrhizal fungus production and inoculation techniques
[SCM-5]
[2003]
|
Mapping soil fertility and fertilizer requirements
[IC-23]
[1980]
|
Matching crop requirements to land characteristics
[IC-20]
[1980]
|
Maximizing yields of corn for silage and bioethanol in Hawaii by increasing plant density
[SCM-28]
[2009]
|
Molybdenum deficiency inhibits nitrogen fixation by legumes
[IC-012]
[1978]
|
Mycorrhizae enhance nutrient uptake from infertile soils
[IC-21]
[1980]
|
Natural Farming: The bacteria in 10 different sources of indigenous micro-organisms (IMO4) from natural farming operators in Hawai'i
[SA-22]
[2023]
|
Natural Farming: The Development of Indigenous Microorganisms Using Korean Natural Farming Methods
[SA-19]
[2019]
|
Nitrogen and potassium interact to shape a yield response surface
[IC-19]
[1980]
|
Nitrogen application promotes root proliferation and vegetative growth in corn
[IC-07]
[1977]
|
Nitrogen Cycling in Flooded Taro Agriculture
[SCM-31]
[2013]
|
Nitrogen mineralization potential in important agricultural soils of Hawaii
[SCM-15]
[2006]
|
No ka hooulu ana i ke kalo
[No ka hooulu]
[1911]
|
Nutrient deficiencies and excesses in taro
[SCM-4]
[2002]
|
Obtaining Seeds and Plants for Conservation
[SCM-13]
[2008]
|
Organic farming in Hawaii (special issue of Vegetable Crops Update newsletter)
[VCU_4_99]
[1999]
|
Phosphorus fertilizer management for head cabbage
[SCM-16]
[2006]
|
Phosphorus fertilizer management for romaine lettuce grown in fertile volcanic ash soils of Hawai‘i
[SCM-19]
[2007]
|
Plant nutrient management in Hawaii's soils -- approaches for tropical and subtropical agriculture
[2000]
For sale
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 1 of 18: Introduction
[pnm0]
[2000]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 10 of 18: Predicting soil phosphorus requirements
[pnm9]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 11 of 18: Soil acidity and liming
[pnm10]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 12 of 18: Plant tolerance of low soil pH, soil aluminum, and soil manganese
[pnm11]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 13 of 18: Inorganic fertilizer materials
[pnm12]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 14 of 18: Biological nitrogen fixation: nature’s partnership for sustainable agricultural production
[pnm13]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 15 of 18: Mycorrhizal fungi and plant nutrition
[pnm14]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 16 of 18: Organic soil amendments for sustainable agriculture: organic sources of nitrogen, phosphorus, and potassium
[pnm15]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 17 of 18: Plant-parasitic nematodes and their management
[pnm16]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 18 of 18: Soil and water salinity
[pnm17]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 2 of 18: Managing fertilizer nutrients to protect the environment and human health
[pnm1]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 3 of 18: Sampling and analysis of soils and plant tissues
[pnm2]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 4 of 18: Essential nutrients for plant growth: nutrient functions and deficiency symptoms
[pnm3]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 5 of 18: Recommended plant tissue nutrient levels for some vegetable, fruit, and ornamental foliage and flowering plants in Hawaii
[pnm4]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 6 of 18: Use of information from soil surveys and classification
[pnm5]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 7 of 18: How fertilizer recommendations are made
[pnm6]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 8 of 18: Interpreting soil nutrient analysis data: definition of "low," "sufficient," and "high" nutrient levels
[pnm7]
[2009]
|
Plant nutrient management in Hawaii's soils: Approaches for tropical and subtropical agriculture -- Part 9 of 18: Collection of calibration data for interpreting soil and plant tissue analyses
[pnm8]
[2009]
|
Predicting phosphorus requirements of some Hawaii soils
[AS-2]
[1997]
|
Premature leaf senescence of banana—a symptom of potassium exhaustion
[IC-18]
[1980]
|
Producing bacterial wilt-free ginger in greenhouse culture
[SCM-8]
[2004]
|
Protecting crops from nematode pests: using marigold as an alternative to chemical nematicides
[PD-35]
[2007]
|
Residual efficiency of fertilizer phosphorus: field evaluation
[IC-011]
[1978]
|
Rice soils of Hawaii: their fertilization and management
[B-31]
[1914]
|
Salinity effects in nursery and landscape plants
[SCM-12]
[2005]
|
Saving Seed
[SCM-32]
[2014]
|
Simulation of best management practices for soybean production in Hawaii
[SCM-2]
[1998]
|
Soil erosion by water in the tropics
[RES-024]
[1982]
|
Soil orders in Hawaii
[soils_poster_3]
[2010]
|
Soil properties and root distribution determine water availability to crops
[IC-14]
[1978]
|
Soil reaction (pH)
[GHGS-08]
[1980]
|
Soils and Agriculture on Tinian
[SCM-34]
[2017]
|
Soils of Hawaii
[SCM-20]
[2007]
|
Soils of the Hawaii Agricultural Experiment Station, University of Hawaii: soil survey, laboratory data, and soil descriptions
[RES-022]
[1985]
|
Solarization and cover cropping as alternatives to soil fumigants for nematode management in Hawaii’s pineapple fields
[SCM-29]
[2010]
|
Sorbed phosphate and the standard phosphorus requirement
[IC-010]
[1978]
|
Summary of production and handling recommendations for selected foliage plants
[SCM-7]
[2004]
|
Survey of the physical features that affect the agriculture of the Kona district of Hawaii
[B-66]
[1932]
|
Sweetpotato production guides for Hawaii
[RES-146]
[1994]
|
Symbiotic nitrogen fixation by legumes requires extra phosphorus
[IC-17]
[1980]
|
Symptoms of plant malnutrition--influence of nutrient mobility on iron deficiency
[IC-003]
[1971]
|
Symptoms of plant malnutrition--multiple deficiencies and "The Law of the Minimum."
[IC-001]
[1971]
|
Symptoms of plant malnutrition--visual symptoms and incipient malnutrition
[IC-04]
[1972]
|
Symptoms of plant malnutrition: silicon, an agronomically essential nutrient for sugarcane
[IC-008]
[1978]
|
Taro: Mauka to makai
[1997]
For sale
|
Testing for soil nitrogen and phosphorous for environmental pollution monitoring
[SCM-6]
[2004]
|
The acid lime fruit in Hawaii
[B-49]
[1923]
|
The basics of biochar : a natural soil amendment
[SCM-30]
[2010]
|
The biochemical decomposition of nitrogenous substances in soils
[B-39]
[1915]
|
The composition of fertilizer materials
[GHGS-12]
[1980]
|
The cultivation of sisal in Hawaii
[B-4]
[1903]
|
The external phosphorus requirements of plants
[IC-16]
[1980]
|
The function and distribution of manganese in plants and soils
[B-26]
[1912]
|
The impact of sunn hemp cover cropping on belowground organisms and nutrient status associated with a cucumber agroecosystem
[SCM-21]
[2007]
|
The management of pineapple soils
[PB-029]
[1911]
|
The pH preference of plants
[GHGS-18]
[1976]
|
The pigeon pea (Cajanus indicus) its improvement, culture and utilization in Hawaii
[B-64]
[1932]
|
The pigeon pea (Cajanus indicus): its culture and utilization in Hawaii
[B-46]
[1921]
|
The Use of Human Wastes on Food Crops in Hawaii: What Is Allowed and What Is Not
[FST-60]
[2014]
|
The vanadium content of Hawaiian Island soils
[TB-45]
[1961]
|
Treatment for control of soil organisms
[GHGS-28]
[1981]
|
Trees and shrubs for windbreaks in Hawaii (revised 2012)
[C1-447]
[1982]
|
Use of chemical amendments to improve chemical properties of soil
[GHGS-17]
[1980]
|
Use of filter strips for improved surface water quality
[SCM-24]
[2009]
|
Use of living and dying mulches as barriers to protect zucchini from insect-caused viruses and phytotoxemias
[PD-36]
[2008]
|
Use of soil amendments in landscape plantings
[SCM-11]
[2005]
|
Use of soil amendments to improve physical properties of soil
[GHGS-22]
[1980]
|
Using clovers as living mulches to boost yields, suppress pests, and augment spiders in a broccoli agroecosystem
[IP-27]
[2007]
|
Using protector plants to guard crops from aphid-borne non-persistent viruses
[SCM-18]
[2007]
|
Vegetation zones of Hawaii
[B-089]
[1942]
|
Visual symptoms of plant nutrient deficiencies in nursery and landscape plants
[SCM-10]
[2005]
|
Water and salts move together in the soil profile
[iC-22]
[1980]
|
